U.S. patent number 3,721,273 [Application Number 05/214,018] was granted by the patent office on 1973-03-20 for terry towel having enhanced brilliance.
This patent grant is currently assigned to Fieldcrest Mills, Inc.. Invention is credited to Ernest Kohn Sherrill, John Paul Taylor.
United States Patent |
3,721,273 |
Sherrill , et al. |
March 20, 1973 |
TERRY TOWEL HAVING ENHANCED BRILLIANCE
Abstract
A woven terry towel having one face of cotton terry pile and
having its opposite face of rayon terry pile exhibiting a high
sheen or brilliance as compared to the cotton terry pile.
Preferably, the rayon terry pile is in the form of cut pile and has
a printed design or pattern of a suitable colorant thereon which
penetrates the rayon cut pile very nearly to the base of the
towel.
Inventors: |
Sherrill; Ernest Kohn (Eden,
NC), Taylor; John Paul (Greensboro, NC) |
Assignee: |
Fieldcrest Mills, Inc. (Eden,
NC)
|
Family
ID: |
22797463 |
Appl.
No.: |
05/214,018 |
Filed: |
December 30, 1971 |
Current U.S.
Class: |
139/396; 26/16;
26/69R |
Current CPC
Class: |
D03D
27/08 (20130101) |
Current International
Class: |
D03D
27/08 (20060101); D03D 27/00 (20060101); D03d
027/08 (); D06c 023/00 () |
Field of
Search: |
;139/396,391 ;28/72P,76P
;26/16,69 ;161/62,63,65 |
References Cited
[Referenced By]
U.S. Patent Documents
Primary Examiner: Kee Chi; James
Claims
That which is claimed is:
1. A terry towel characterized by having a high luster appearance
on one side thereof and increased absorbency and comprising a woven
base of ground warp yarns and ground weft yarns, said one side of
the towel having a terry pile surface over its major portion formed
of rayon terry yarns interwoven with said base, said rayon terry
yarns providing a high luster appearance to said one side of the
towel and increased absorbency to the towel, and said other side of
the towel also having a terry pile surface over a major portion
thereof formed of cotton terry yarns interwoven with said base.
2. A terry towel according to claim 1, wherein the ground yarns in
said base comprise cotton fibers.
3. A terry towel according to claim 1, wherein said terry pile of
cotton yarns is in the form of terry loop pile, and wherein said
terry pile of rayon yarns is in the form of cut pile.
4. A terry towel according to claim 1, wherein said terry pile of
rayon yarns is in the form of cut pile having a printed design
thereon of a colorant contrasting with that of the surrounding
portions of the cut pile, and wherein said colorant extends from
the tips of the cut pile substantially to the woven base.
5. A woven terry towel characterized by having a high luster
brilliant appearance on one side thereof, increased absorbency, and
enhanced definition and depth of a printed design thereon, said
towel comprising a base of ground warp yarns and ground weft yarns,
opposite sides of the towel having respective pile faces thereon,
one pile face being formed of rayon terry yarns projecting from
said base in the form of cut tufts of terry pile, said rayon terry
yarns providing a high luster brilliant appearance to one side of
the towel and increased towel absorbency, the other pile face being
formed of cotton terry yarns forming cotton terry loops projecting
from said base, and a printed design of colorant on said cut tufts
of rayon terry pile with the colorant extending from the tips of
the tufts substantially to the base of the towel.
Description
This invention relates to an improved woven terry towel which is
exceptionally aesthetic while being soft, highly absorbent, and
capable of attracting large amounts of moisture when in use.
As is well known, since terry fabric is used for towels, washcloths
and the like, it must have inherent characteristics, many of which
are not necessarily inherent in other forms of pile fabrics such as
are used for carpets, rugs and the like. Terry towels should be
highly absorbent, soft, light weight, and aesthetic, they should be
capable of withstanding rough usage, including many launderings,
and they should be of such construction as to be capable of
economical mass production.
For many years, most terry towels have been woven with the terry
pile surfaces thereof being entirely of cotton yarns, and in recent
years, some towels have contained terry yarns formed of blends of
cotton and rayon. In some instances, small amounts of synthetic
fibers have been blended with the cotton fibers in the terry yarns,
but where the synthetic fibers were used, they were primarily for
the purpose of increasing the shrinkability and bulkiness of the
cotton fibers with which they were blended for obtaining various
pattern effects.
It has been determined that rayon staple terry yarns have a high
luster or brilliance as compared to cotton yarns, especially when
dyed. Also, rayon staple yarns are even more absorbent than cotton
yarns, i.e., rayon fibers have a moisture regain of about 11.5 -
16.6 percent 70.degree. F. and at 65 percent relative humidity, as
compared to 7.0 - 8.5 percent for cotton. Therefore, it is an
object of this invention to provide an improved terry towel
utilizing rayon terry yarns, wherein the opposite sides of the
towel are provided with terry pile surfaces, with at least the
major portion of, and preferably the entirety of, the terry pile
surface of one side of the towel being formed from rayon terry
yarns only, and with at least the major portion of, and preferably
the entirety of, the terry pile surface of the other side of the
towel being formed from cotton terry yarns. Thus, the rayon terry
pile surface on one side of the towel exhibits a highly aesthetic
brilliance or sheen to that side of the towel, especially if the
towel is dyed.
Although cotton terry loops are highly absorbent, after they have
been severed or cut the cotton tufts will pick up or attract very
little moisture when they are rubbed against a person's wet skin
and will simply slide against a person's skin and over the moisture
droplets clinging to the person's skin without picking up but a
small amount of such moisture droplets.
As heretofore stated, rayon staple fibers are even more moisture
absorbent than cotton fibers, and now we have discovered that, when
terry loops of rayon yarns are severed, unlike cotton, they still
have substantial wicking capacity, i.e., the rayon cut pile surface
will attract or pick up moisture from a person's skin effectively.
More specifically, it has been determined that, by shearing or
otherwise cutting terry loops formed of rayon yarns, the thus
exposed free ends of the fibers in the rayon terry pile tufts, as
well as the consequent blossoming of the same, does not effect
adversely the capacity of the rayon terry pile to attract and
thereby absorb moisture from a person's skin. It is therefore
another object of this invention to provide a terry towel having
cotton terry loops on one side thereof and having sheared or cut
rayon terry pile tufts on the other side thereof.
It is still another object of this invention to provide a terry
towel of the type last described having a colored design or pattern
printed on the cut rayon terry pile tufts with the colorant of the
design or pattern penetrating the terry pile tufts from the tips
thereof to near the base of the towel. It should be noted that the
brilliance in the cut rayon terry pile tufts imparts enhanced
brilliance to the colored design or pattern which gives the design
an unexpected irredescent hue which cannot be obtained by printing
on cut cotton terry pile loops.
Categorically, "rayon yarns" as referred to in this application is
used in its normal sense to mean those yarns formed from rayon
fibers of regenerated cellulose, such as viscose or
cuprammonium.
Some of the objects of the invention having been stated, other
objects will appear as the description proceeds when taken in
connection with the accompanying drawings in which:
FIG. 1 is a perspective view of the rayon cut pile surface on one
side of a towel embodying the invention and having a printed
pattern thereon;
FIG. 2 is a perspective view of the cotton terry loop pile surface
on the opposite side of the towel from that shown in FIG. 1;
and
FIG. 3 is a greatly enlarged fragmentary vertical sectional view
through the terry towel taken substantially along line 3--3 in FIG.
1.
Referring more specifically to the drawings, a towel T
representative of the terry towel of the present invention is shown
which comprises a woven base (FIG. 3) of ground warp yarns 10 and
ground weft yarns 11 with which rayon terry yarns 12 and cotton
terry yarns 13 are interwoven in the manner of a conventional terry
weave. For example, the terry towel may be in the form of a
three-pick terry weave as shown. As is well known, in weaving such
a terry fabric on a conventional terry loom, each three-pick
terry-loop-forming cycle is effected by inserting and partially
beating up two successive loose picks of weft yarn in the warp
shed, and then inserting and beating up a fast pick of weft yarn
while the terry warp yarns are in a slackened condition so that
they are pushed forwardly and formed into terry loops as all three
picks of the weft yarn are beaten up to the full beat-up position
with respect to the fell of the fabric being woven.
In the towel of this invention, it is to be noted that, wherever
terry pile is formed, all of the terry loops formed of the rayon
terry yarns 12 project from one side of the towel, which may be
termed as the front or upper face thereof, and all of the terry
loops formed of the cotton terry yarns 13 project from the other
side of the towel, which may be termed as the back or lower face
thereof.
After the fabric is woven, the terry loops formed of the rayon
yarns are cut or sheared so that the terry pile then takes the form
of substantially U-shaped terry pile tufts. If should be noted that
both before and after the rayon terry pile loops are cut, they
exhibit a high brilliance or sheen, especially as compared to the
light reflectivity of the cotton terry loops. Additionally, the cut
rayon pile tufts present enhanced brilliance and a soft, smooth
pile surface which is particularly adapted to dyeing and pattern
printing.
The brilliance or sheen of the cut rayon pile tufts is further
enhanced by piece-dyeing the fabric of which the towel T is formed
and, generally, the deeper the color of the dye employed in
piece-dyeing the fabric, the more brilliant is the pile surface
formed of the rayon terry yarns 12. From a practical standpoint, it
has been found preferable to piece-dye the terry fabric before the
rayon terry loops are cut, since substantial amounts of lint
migrate from the cut rayon terry pile tufts during bleaching and/or
dyeing operations.
With the foregoing description in mind, it will be observed in FIG.
1 that the front or upper face of the towel includes a cut or
sheared terry pile surface 12a formed of the rayon terry yarns 12
and covering substantially the entire front side of the towel;
i.e., a major portion of the front side of the towel, with the
exception of a narrow selvage border or hem 20 on each longitudinal
edge of the towel, and a narrow end border or header 21 and a
fringe 22 on each end of the towel. As is usual, the selvage
borders 20 are woven from certain of the ground warp yarns 10 and
the weft yarns 11 of the towel base. The end borders 21 are woven
from corresponding ground warp yarns 10, weft yarns 11 and
non-terry portions of the rayon terry yarns and the cotton terry
yarns. The fringes 22 are conventionally formed from all of the
ground warp yarns 10, the rayon terry yarns 12 and the cotton yarns
13, omitting corresponding weft yarns.
The back face of the towel is provided with a cotton terry loop
pile surface 13a formed of the cotton terry yarns 13 and covering
about the same area of the towel as that covered by the rayon pile
surface 12a on the front face of the towel. It is preferred that
the cotton pile surface 13a is in the form of terry loops because,
as indicated earlier herein, the ability of cotton terry pile to
pick up or attract moisture from a person's skin decreases
considerably when the terry loops are severed. Rayon terry pile, as
noted earlier, will attract moisture from a person's skin
effectively regardless of whether the rayon pile surface is sheared
or in loop form.
FIG. 1 illustrates a representative printed design or pattern on
the cut terry pile surface 12a of the towel which may take the form
of a plurality of design areas 25 formed from any suitable printing
colorant, ink or paste, and which may be applied by any suitable
printing process, such as by screen printing. After printing and
while the colorant is wet, the colorant may be driven into the
rayon pile surface by passing the towel through suitable press
rolls. Penetration of the colorant substantially to the base of the
towel is desirable so that the design areas will have a soft hand.
Each design area 25 may be of a solid color or of a plurality of
colors of varying tints and shades contrasting with the background
of the rayon cut pile surface 12a. The cut pile surface 12a may be
white or any suitable color.
As heretofore stated, the terry loops formed of rayon terry yarns
12 are cut after wet processing. Thus, the ends of the fibers in
the cut rayon terry tufts thus formed then are free to spread out
or splay to provide a very soft, plush texture to the pile surface
12a. As is well known, in the shearing of terry pile, several
passes through the shearing equipment is involved to provide the
desired sheared surface. Even then, many of the pile loops are not
sheared which, on a cotton pile surface, presents a very noticeable
nep-like appearance. On the other hand, it has been discovered that
when rayon terry pile has been sheared, no visible nep-like
appearance is presented. It is believed that the reason for this is
due to the high luster and sheen of the overall rayon terry pile
surface.
Thus, the cut rayon pile surface 12a not only has a high brilliance
or sheen as compared to the uncut cotton terry loop pile surface
13a on the lower face of the towel (FIG. 2), but is has a soft,
plush surface which is highly receptive to the colorant employed in
the printing of the design areas 25 so that the design areas are
clearly defined and the colorant extends from the tips of the cut
rayon terry pile tufts substantially to the base of the towel as
shown in FIG. 3. Because uncut terry loops provide an uneven
surface to a pile area, design areas are much more clearly defined
when printed on a cut terry pile surface than they are when printed
on a terry loop pile surface. Also, because of the high brilliance
or sheen of the rayon cut terry pile surface 12a, and unexpected
desirable brilliance is imparted to the design areas 25 which is
unattainable when printing similar colors on a cut or uncut cotton
terry pile surface.
The ground warp yarns 10 and ground weft yarns 11 forming the base
of the fabric should be formed of staple fibers other than rayon
and preferably are formed from cotton fibers or blends thereof. The
size of the various ground warp yarns 10, ground weft yarns 11,
rayon terry yarns 12 and cotton terry yarns 13, as well as the
density of the weave, may be in accordance with conventional
practice and, therefore, a further description thereof is deemed
unnecessary.
In the drawings and specification there has been set forth a
preferred embodiment of the invention and, although specific terms
are employed, they are used in a generic and descriptive sense only
and not for purposes of limitation.
* * * * *