1. Field of the Invention
The present invention relates generally to a three ply circular knit brassiere and a method of making such a brassiere. More particularly, the present invention relates to a three ply seamless body, circular knit brassiere having selectively located padding and a method of making such a brassiere. Still more particularly, the present invention relates to a seamless body, circular knit brassiere having terry stitching in a middle ply of the three plies and a method of making such a brassiere.
2. Description of the Related Art
Modern brassieres must be designed to accommodate a variety of functions, such as, providing necessary support, comfort and aesthetic appeal. In addition to providing these expected functions, the brassiere must also be able to be used as a specialty brassiere such as a padded brassiere or an athletic brassiere. Consumers expect these attributes in a single brassiere without compromising on affordability. For manufacturers to satisfy their consumers, the desired attributes must be balanced against production costs in order to produce a garment that is competitive in the market.
Brassieres often are manufactured in the cut-and-sew manner to provide areas of distinct properties. For example, various pieces of fabric can be made of different knits, different yarns, etc. that are sewn together to form the brassiere. However, the cut-and-sew method for making brassieres can be disadvantageous because the process entails a large number of manual cutting and sewing operations that are both time consuming and costly.
Conversely, manufactures often use the circular knitting process to produce cost effective seamless blanks, that are cut, folded and sewn to quickly produce a seamless brassiere. The circular knitting process is very efficient; however, different properties often cannot be incorporated into a single brassiere.
Therefore, a need exists for a circularly knitted brassiere that incorporates different stitches, material and/or properties into the plies of the brassiere to provide enhanced functionality and comfort.
It is an object of the present invention to provide a circularly knitted brassiere having three knitted plies.
It is another object of the present invention to provide a cost effectively produced circularly knitted seamless brassiere with three plies in which each ply has different properties.
It is still another object of the present invention to provide a circularly knitted brassiere having three plies in which at least the middle ply is knitted using terry loop stitches.
It is yet another object of the present invention to provide a three-ply circularly knitted seamless brassiere that incorporates terry stitching and hydrophilic yarns.
It is a still yet another object of the present invention to provide a three-ply circularly knitted seamless brassiere that incorporates a moisture transport middle ply with terry stitching and hydrophilic yarns and a inner ply having moisture transporting properties.
It is a further object of the present invention to provide a circularly knitted three-ply brassiere having a body-contacting ply and a middle ply that are knitted using a terry stitch and an outer layer that is knitted using a decorative stitch.
It is a still further object of the invention to provide a circularly knitted seamless brassiere that minimizes the number of processing steps to produce a three-ply brassiere incorporating multiple properties into the different plies.
It is a yet further object of the invention to provide a three ply circularly knitted brassiere that uses conductive, metallic yarns in the middle ply of the breast-receiving cups to provide therapeutic and diagnostic benefits to the wearer of the brassiere.
It is a still yet further object of the invention to provide a method of making a three ply circularly knitted brassiere that uses metallic yarns in the middle ply of the breast-receiving cups to provide therapeutic and diagnostic benefits to the wearer of the brassiere.
A method of circularly knitting a three-ply brassiere blank is provided that includes knitting a middle ply having a first end and a second end and knitting a body-contacting ply connected to the second end of the middle ply by a mini-welt. The method further provides for transferring held loops from the end of the body-contacting ply to the first end of the middle ply to thereby fold the body-contacting-ply inside of the middle ply. The method also includes knitting a torso-encircling welt to the end of the body-contacting ply and transferring held loops from the torso-encircling welt to the first end; and knitting an outer ply to the torso-encircling welt.
a through 7c illustrate the front plan view of the inner ply, middle ply and outer ply of the breast-receiving cup according to the third embodiment of the present invention.
Referring to the drawings and particularly to
Alternatively, breast-receiving cups 14 could be sewn separately and connected to side panels 18 and shoulder straps 20 to form brassiere 10. In this embodiment, side panels could be made from a single or multiple ply power net fabric to provide a very close fit to the body of the wearer.
In
Middle ply 34a is knitted to have different types of stitching or a stitch pattern to impart desired properties to the finished brassiere. The types of properties can depend on the desired style of brassiere.
Outer ply 32 of breast-receiving cup 14 is visible when brassiere 10 is worn. Outer ply 32 is circularly knitted to have a decorative effect. Middle ply 34a is knitted using terry loop construction 44a or a mock terry loop construction. Inner ply 36 is knitted using different types of stitches or a stitch pattern that is identical to middle ply 34a. Inner ply 36 is knitted using a float stitch or a welt stitch to impart stability and support to the entire brassiere 10. This combination of stitches for middle ply 34 and inner ply 36 will provide properties of comfort and support to the wearer. The stitching of middle ply 34a and inner ply 36 is chosen to provide optimal properties for the wearer's needs. The stitch pattern of middle ply 34a and inner ply 36 is also selected to optimize the interaction of these plies during wear.
Referring to
Referring to a second embodiment, middle ply 34b shown in
A cross-section of the breast-receiving cup 46 of the second embodiment of the brassiere is shown in
A third embodiment of breast receiving cup 60 is shown in
In a fourth embodiment of the invention shown in
Referring to
Referring to
The preferred method of knitting brassiere of the preferred embodiment shown in
After middle ply 120 is knitted, the circular knitting machine is pre-programmed to knit a mini-turned welt 124 before inner ply 126 is knitted. Mini-turned welt 124 prevents middle ply 120 and inner ply 126 from shifting when operators manually handle blank 116. Inner ply 126, in the preferred embodiment, is knitted to provide support to the wearer. Inner ply 126 can be knitted using a very tight stitch pattern, such as float stitches, to limit the degree of stretch in the fabric and to provide control. Inner ply 126 can be knitted to provide a support level for a traditional brassiere or it can be knitted to have a level of increased support if the brassiere is to be used for athletic purposes. After inner ply 126 is knitted, held loops 128 are transferred to middle ply 120 at central line 118. By transferring held loops 128, inner ply 126 is folded inside of middle ply 120 and a two-ply partially completed blank is formed.
After transferring held loops 128, torso-encircling welt 130 is knitted and will become torso-encircling band 16 as shown in the completed brassiere 10 of
The aforementioned plies 132, 120 and 126 are knitted in the described sequence because it is the most efficient method of producing the garment. This sequence maximizes the number of steps performed by the circular knitting machine and reduces the number of manual handling steps by an operator. To produce a finished brassiere 10, blank 116 is cut to form a pair of side panels 18 of
While the present invention has been described with reference to one or more exemplary embodiments, it will be understood that various changes may be made and equivalents may be substituted for elements thereof without departing from the scope of the present invention. In addition, many modifications may be made to adapt a particular situation or material to the teachings of the disclosure without departing from the scope thereof. Therefore, it is intended that the present invention not be limited to the particular embodiment(s) disclosed as the best mode contemplated for carrying out this invention, but that the invention will include all embodiments falling within the scope of the appended claims.