Comfortable Protective Garments
a technology of protective garments and comfort garments, applied in the field of protective garments and garments, can solve the problems of reducing water vapor permeability and heat transmission, affecting the comfort of wearers, and causing friction
- Summary
- Abstract
- Description
- Claims
- Application Information
AI Technical Summary
Benefits of technology
Problems solved by technology
Method used
Image
Examples
example 1
[0057]A seamless garment or garment panel having a liner layer with a plurality of dissimilar textiles with varying moisture vapor permeability was formed in the following manner:
[0058]A two-layer textile laminate was formed comprising a composite barrier membrane as the functional layer laminated to a textile layer. In this exemplary embodiment, the composite barrier membrane was a composite of microporous polytetrafluoroethylene (PTFE) membrane coated with a polyurethane, prepared according to U.S. Pat. No. 4,194,041 using a water vapor permeable, nonporous polyurethane coating on the ePTFE. This membrane was laminated on one side, using a plurality of dots of moisture curable polyurethane adhesive, to a polyester woven textile layer approximately 0.4 mm thick and having a weight of approximately 100 grams per square meter. The other side of the membrane was coated with a discontinuous thermoplastic polyurethane adhesive 10 using a plurality of dots. A first panel having rough dim...
example 2
[0063]A seamless garment or garment panel having a liner layer with a plurality of dissimilar textiles with varying moisture vapor permeability, a functional layer 7 comprising a composite membrane barrier, and a sealing region was formed in a manner substantially as described in Example 1, with the following exceptions:
[0064]The second panel was formed with approximate dimensions of 0.289 m by 0.283 m.
[0065]The third panel was formed with approximate dimensions of 0.289 m by 0.283 m.
[0066]The fourth panel consisting of two discrete textile regions was disposed on the thermoplastic adhesive 10 side of the first textile laminate panel such that the edges of the first and fourth panel were not coincident. Specifically, the edges of the fourth panel were 17 mm from the edges of the first panel, leaving an exposed region of the composite barrier membrane of the first panel 17 mm wide around the perimeter of the bonded panel, referred to herein as the sealing region. Each textile region ...
example 3
[0067]A waterproof seam was formed between two garment constructs having liner layers with a plurality of dissimilar textiles of varying moisture vapor permeability in the following manner:
[0068]Two seamless garment constructs, each having a plurality of dissimilar textiles of varying moisture vapor permeability and a functional layer 7 comprising a composite membrane barrier were formed by the method described in Example 2.
[0069]The textile laminate panels were then joined at one of their respective sealing regions by sewing in a straight line, 6 mm from the panel edge, using a Juki sewing machine (Model No. DLN-415-5, Juki Corporation, Tokyo, Japan), set to 5.1 stitches per cm, followed by trimming of 4 mm off the seam allowance to ensure that the edge of the resultant 2 mm seam allowance was at least 4 mm from the edge of the textile laminate panels in either of the non-sealing regions.
[0070]A 22 mm width seam tape (GORE SEAM® seam tape obtained from W.L. Gore and Associates, Elk...
PUM
Login to View More Abstract
Description
Claims
Application Information
Login to View More 


