1. Field of the Invention
The present invention is related to circular knitted garments. More particularly, the present invention is related to circularly knitted garments having integral loops connecting layers of such garments. Still more particularly, the present invention relates to circularly knitted garments having integral loops connecting layers of such garments to form completed garments prior to removal from a knitting machine.
2. Description of Related Art
Circular knitting processes are commonly used in the manufacture of many wearable clothing articles. Circular knitting processes can be carried out on commercially available machines for such purposes including for example, the SANTONI Top 2 (SM 88 Top 2), the SANTONI Top or the Brescia EVO4 circular knitting machine. Such machines have found widespread usage in the manufacture of tubular garments, such as brassieres, pantyhose, underwear, hosiery, socks, sweaters and other similar garments.
Improvements in circular knitting methods have greatly increased the production speeds of knitted garments and have also provided a wide choice of patterns for the knitted garments. While improvements have been achieved, operators still must handle the knitted blank, typically in the form of a long cylinder, to finish the production of the garment. This additional handling by an operator increases the overall production costs of the finished garment. When a blank for a brassiere or a pair of underwear is removed from a circular knitting machine, the operator must handle the blank by, for example, folding one layer inside the other layer to create a two-ply garment. Further, the operator also must connect the blank plies and make appropriate cut out areas in the blank to finish the garment.
The method of manufacturing a blank can be improved by minimizing the steps during manufacturing of the garment. Also, garment production can be expedited by making a blank that is closer to completion prior to exiting the circular knitting machine. Specifically, time and cost savings can be achieved by completing some manufacturing steps during formation of the blank.
Accordingly, there is a need for circularly knitted blanks that are completed or substantially completed prior to exiting the circular knitting machine and a method for knitting such blanks to reduce manufacturing time, operator handling time and the associated costs.
It is an object of the present invention to provide a circularly knitted two-ply blank that is completed prior to exiting a circular knitting machine.
It is another object of the present invention to provide a circularly knitted garment having two plies that are integrally connected at their free ends by held loops extending from one of plies the prior to the garment exiting the knitting machine.
It is yet another object of the present invention to provide a circularly knitted garment having two plies that are selectively connected by loops extending from one of the plies, prior to exiting the knitting machine.
It is still another object of the present invention to provide a circularly knitted two-ply garment that requires minimal and/or efficient handling by an operator to finish the garment.
It is a further object of the present invention to provide an improved process for knitting blanks on a circular knitting machine that minimizes steps in the manufacturing process.
It is still a further object of the present invention to provide an improved process for knitting blanks on a circular knitting machine that incorporates the formation of the blank into the knitting process.
These and other objects and advantages of the present invention are achieved by a circularly knitted garment having a first series of courses providing an inner layer having a first free-end and a first edge, and a second series of courses providing an outer layer having a second free-end and a second edge, such that the first edge and the second edge are joined by a connector. A plurality of loops join the first free-end to the second free-end and the first edge to the second edge at the connector to form a completed garment.
A method of making a circularly knitted blank is also provided. The method provides knitting a generally cylindrical first series of courses having a first free-end and knitting a generally cylindrical second series of courses having a second free-end that are joined by a connector. The method further provides turning the second series of courses outside of the first series of courses while the second series of courses is joined by held loops to the first series of courses at the connector. The method still further includes knitting the second free-end to the first free end using held loops from the second series of courses to form a completed two-ply garment.
Referring to the drawings and, in particular
The blank 10 is preferably formed or knitted on a circular knitting machine. Preferably, the circular knitting machine has a computerized electronic needle and yarn feed selection system, such as circular knitting machine Model No. SM8-8, or SM8-8 top manufactured by Santoni or Brescia EVO4 circular knitting machine. Typically, cylindrical blanks, like blank 10, are knitted using both the cylinder needles and the dial needles. The cylinder needles knit a first series of courses, and the dial needles knit a second series of courses. In the present invention, the entire blank 10 is knitted only on the cylinder needles of a circular knitting machine. Specific loops are held by the cylinder needles and are reconnected at specific times to thus fold the blank such that it exits the machine as a completed single two-ply blank.
Blank 10 includes a first course 20 and a second course 22 that are both seamlessly connected and preferably turned at a fold region 14. Referring to
During the knitting process, first course 20 is first knitted with a stitch pattern, such as a rib stitch, that requires a held loop to be transferred at a later time during the knitting process. Then, welt 12, that functions as an anchoring chest band, is seamlessly knitted to first course 20. Referring to
By transferring held loops 13 and 32 and connecting courses 20 and 22 during the knitting process, the manual step of turning the second course 22 outside of first course 20 is eliminated. Furthermore, relative movement between courses 20 and 22 is reduced and subsequent handling and finishing is expedited. Blank 10 exits the circular knitting machine as a completed blank such as that shown in
The brassiere 10 can be formed of a single type of stitch pattern throughout the brassiere. For example brassiere 10 can be formed by a 1×1 turned welt (knit-miss). Alternatively, first course 20 can be formed of a looser ribbed knit to provide comfort and support to the wearer. Alternatively, first course 20 and second course 22 can be formed of, for example, a 3×1 (knit-miss) rib and welt 16 can be formed of a 1×1 (knit-miss) stitch to function as a chest band to provide a slightly firmer contact to the wearer than the first and second courses.
The back of blank 34 incorporates stitch patterns necessary to its formation, such as a rib stitch pattern, as shown in
The method of knitting two-ply blank 34 is accomplished by knitted only on the cylinder needles of a circular knitting machine. The computerized knitting machine is programmed to simultaneously knit blank 34 front and back. Different features may be knitted to add functionality to blank 34. At the front of blank 34, breast cups 56 and 58 are knitted with a plain or decorative stitch. Central gores 74 and 76 and lateral panels 70 and 72 are knitted in blank 34. As the front of blank 34 is knitted, the back of blank 34 is also knitted with a rib stitch or other such stitch that requires a held loop.
First course 44 is knitted and is seamlessly connected to welt 36 at the back of blank 34. Simultaneously, at the front of first course 44, breast cups 56, central gore 74 and lateral panels 70 are knitted before turning at fold region 38 to knit second course 46. The back of second course 46 is also seamlessly connected to welt 36 at the back of blank 34. At the front of second course 46, as breast cups 58, central gore 76 and lateral panels 72 are knitted, peripheral edge 64 is simultaneously connected to first course 44 at peripheral edges 60 of breast cups 56, to produce a turned blank as shown in
Tuck stitches 11 around the breast cups 56 and 58 reduce the relative shifting and movement between first course 44 and second course 46, thus increasing ease of handling by an operator. Tuck stitches 11 completed during the knitting process also eliminate the manual turning step that an operator would traditionally perform. Like the transfer of held loops 13 to form stitch line 40, tuck stitches 11 are also transferred from second course 46 to first course 44 during the knitting process thereby turning second course 46 outside of first course 44. The automatic transfer of held loops and from second course 46 to first course creates a process that is more efficient by decreasing production costs. Held loops 32 are only present at the back of blank 34 because the front of blank 34 is knitted with a more decorative stitch appropriate for breast cups. Optionally, first course 44 can be started with a mini-turned welt 50 and second course 46 can be ended with a mini-turned welt 54, to prevent fraying.
In
The preferred embodiment of brassiere blank 34 has several different areas that can incorporate different stitches to provide additional functionality to the completed garment. The breast cups 56 and 58 can be formed using a jersey knit stitch. The breast cups can be knitted to incorporate a plain appearance or, optionally, may have unique aesthetic and recognizable knitted-in characteristics including, but not limited to, a Jacquard pattern design, geometric, stylized logo, abstract, or other designs or patterns such as florals.
Referring to
The brassiere blank 34 is ready for further manufacturing steps, such as dyeing, finishing, and/or boarding to form a single double layer circular knit brassiere. The manufacturing steps may be completed with the brassiere blank 34 fully assembled, upon exiting the circular knitting machine.
First course 44 is made of a material suitable for an inner layer of a brassiere, preferably yarns selected for softness, comfort and wicking properties. First course 44 is preferably made of either with textured continuous filament yarns from synthetic fibers having a relatively high number of fine denier filaments or a microfiber having about 20 to about 120 denier or staple yarn produced from natural or synthetic fibers or a blend of both in the in the size range of about 40/1 s to about 70/1 s cotton count. Such yarn provides softness, comfort and desired moisture wicking properties. The wicking properties would be particularly important were the garment manufactured as a sports brassiere. Additionally, first course 44 can be made using an elastomeric stretch yarn, such as spandex, in combination with nylon or cotton non-stretch yarns.
Second course 46 is made of a material suitable for an outer layer of a brassiere. Second course 46 may include the same or different yarn combinations and constructions as first course 44. Second course 46 is preferably made of synthetic continuous multifilament flat or textured polymer or spun yarn. Second course 46 preferably also has an elastomeric yarn, such as bare spandex or spandex, that is covered with a textured multifilament synthetic fiber yarn. The combination of yarns from a fabric that may contain a staple yarn produced from natural or synthetic fibers or a blend of both, in a size range of about 40/1's to about 70/1's count or synthetic continuous multifilament flat or textured yarn, such as nylon, in a range between 10 to about 200 denier, and preferably from about 60 to about 120 denier.
Referring now to
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.