Polyester woven fabric

Abstract

A polyester garment material including a set of 100% polyester warp yarns and a set of 100% polyester weft yarns, wherein the warp and weft yarns are interlaced to form the garment material. The warp and weft yarns comprise of air-jet spun polyester fibers that wisk moisture away from an individual wearing the garment material and, therefore, provide a quick-drying, breathable garment material that simulates the absorbency characteristics of cotton yarns. The set of polyester warp yarns and the set of polyester weft yarns may be interlaced to form a ground fabric, where a set of polyester pile yarns may then be interlaced with the ground fabric so that the pile yarns extend outwardly (e.g., forming a plurality of loops) on the front side, back side, or both sides of the ground fabric.

Description

CROSS REFERENCE TO RELATED APPLICATION AND CLAIM OF BENEFIT [0001] This application claims the benefit of and is a continuation-in-part of U.S. patent application Ser. No. 11 / 249,760, filed 12 Oct. 2005, which claims the benefit of U.S. Provisional Application 60 / 698,789, filed on 13 Jul. 2005.TECHNICAL FIELD [0002] The present invention relates, generally, to woven fabrics, and, more particularly, to polyester woven fabric garments, including, for example, patient / isolation gowns, lab coats, chef-cook coats / shirts / pants, work shirts / pants / vests, robes, and aprons. BACKGROUND OF THE INVENTION [0003] Woven fabrics are commonly used for garments, including, for example, patient / isolation gowns, lab coats, chef-cook coats / shirts / pants, work shirts / pants / vests, robes, and aprons, and sheets, towels, pillow cases, blankets, and other related items. Traditionally, the fabrics for garments are often woven with a natural fiber, such as cotton or silk. For institutional use, namely with line...

AI Technical Summary

Benefits of technology

"The present invention is a 100% polyester woven material that can be used as garment material, such as for patient / isolation gowns, lab coats, and work shirts. The material is made from air-jet spun polyester fibers that provide quick-drying, breathable, and moisture-absorbing properties. The material has limited dimensional change after laundering, desirable stain release rating, improved absorbency of moisture, and desirable breaking strength. In an alternative embodiment, the material can be interlaced with a ground fabric and pile yarns to further enhance moisture-absorbing properties. The invention aims to increase the durability, comfort, and number of laundry cycles of the woven garment material, as well as reduce the cost of use and the time required for laundering and ironing. The invention also provides a cost-efficient solution for institutions to use."

Problems solved by technology

Unfortunately, cotton sheeting has a relatively short period of acceptable use.

Consequently, most sheeting materials used in institutions receive more wear and tear during laundering and ironing than during typical bed use.

The durability of woven sheeting materials relates directly to the institution's overall cost of the sheeting materials.

Cotton sheets, on the other hand, absorb stains within the natural fiber and, therefore, present problems for laundering.

Consequently, even sheets of 50% cotton and 50% polyester have limited life spans, because the use of large, commercial washers damages the natural fibers.

Furthermore, the use of cotton within the sheeting material becomes problematic, because the cotton fibers typically absorb stains and, therefore, require longer wash cycles for the removal of the stains.

Another major problem with the use of cotton fibers arises from the use of large, commercial dryers for drying the washed sheets.

Accordingly, the presence of cotton and its propensity for absorbing stains and water greatly increases the washing and drying times, which translates into added costs for institutions.

Additionally, during the washing and drying cycles, cotton fibers are greatly weakened, resulting in a reduction in the total life span of the sheet.

While there may exist multiple combinations and permutations of natural and synthetic yarns, only a very limited number of yarn constructions will satisfy the demands made by institutions for durability and comfort.

Although the use of different sized fibers of polyester may be used to create a more comfortable sheeting material, producers of woven sheeting materials do not generate 100% polyester sheeting for institutional use, because, unlike cotton yarns, polyester yarns do not have adequate absorbency characteristics.

Currently, materials comprising 100% polyester are generally non-woven and do not properly “breathe,” resulting in a pool of sweat when used by an individual in an institutional setting.

While satisfying its intended purpose, the woven sheeting materials and woven fabric materials disclosed by Heiman have significant disadvantages, because of the use of natural materials (e.g., cotton).

Such woven sheeting materials possess a shorter life expectancy, because natural materials absorb stains and, therefore, require longer washing and drying cycles during laundering.

Extended laundering weakens the natural materials in the woven sheeting material, thus, requiring institutions to replace the sheeting material more frequently.

Consequently, the use of woven sheeting material with natural materials increases costs for institutions requiring frequent laundering.

These increase costs include more energy and time for laundering, as well as replacement costs.

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