PROTECTIVE GARMENT FOR USE WITH RADIATION MONITORING DEVICES
A nonwoven disposable safety garment made by cutting at least one sheet of nonwoven material into a safety garment pattern, stitching the at least one sheet to define a garment, and hemming the garment. Cut edges are twice folded and hemmed under to prevent exposure of any cut edges. Stitching is characterized by a stitch density in the range of 10 to 12 stitches per inch. Attachment features, such as pockets, sleeves, and loops, are provided for dosimeters and other monitoring equipment. Some attachment features may be used by the wearer to remove the garment, either in a pull-off or tear-off fashion.
1 . A nonwoven safety garment, comprising:
a piece of cut spunbond/melt blown material having a plurality of cut edges;
at least one seam connecting at least two of the plurality of cut edges, together defining a garment; and
a dosimeter attachment feature configured to removably attach a dosimeter to the garment;
wherein, at one or more cut edges that are not connected at the at least one seam, the cut edges are double-folded under, then hemmed into place.
2 - 4 . (canceled)
5 . The garment of claim 1 , wherein the dosimeter attachment feature is a loop of fabric sewn onto the garment.
6 . The garment of claim 1 , wherein
the seams are configured for tear-off removal of the garment, and
the attachment feature is further configured to be used by a wearer to tear off the garment.
7 . A disposable clean room safety garment, comprising:
at least one sheet of nonwoven fabric having at least one cut edge;
a plurality of stitches formed in the at least one sheet of nonwoven fabric to define a garment with no lining;
hems formed at the at least one cut edge; and
a dosimeter attachment feature configured to removably attach a dosimeter to the garment;
wherein the nonwoven fabric is formed from spunbond/melt blown material; and
the plurality of stitches and the hems are characterized by stitch densities between ten and twelve stitches per inch.
8 - 12 . (canceled)
13 . The garment of claim 7 , wherein the dosimeter attachment feature is
selected from the feature group consisting of a loop, a strap, a pouch, a pocket, and a sleeve, and
sewn onto the garment so that no cut edge is exposed.
14 . The garment of claim 7 , wherein
the seams are configured for tear-off removal of the garment, and
the attachment feature is further configured to be used by a wearer to tear off the garment.
15 . A method of making a safety garment, comprising the steps of:
a) cutting at least one sheet of nonwoven material into a safety garment pattern;
b) stitching the at least one sheet to define a garment;
c) hemming the garment;
d) attaching a hand-engaging loop to the garment; and
e) attaching to the garment a dosimeter attachment feature configured to removably attach a dosimeter to the garment;
wherein all cut edges are twice folded and hemmed under to prevent exposure of any cut edge; and
wherein all stitching and hemming is characterized by a stitch density in the range of 10 to 12 stitches per inch.
16 . (canceled)
17 . The method of claim 15 , wherein the dosimeter attachment feature is a loop of fabric sewn onto the garment.
18 . The method of claim 15 , wherein
the seams are configured for tear-off removal of the garment, and
the attachment feature is further configured to be used by a wearer to tear off the garment.
19 . A nonwoven safety garment for wearing during possible exposure to radiation, comprising:
a piece of cut spunbond/melt blown material having a plurality of cut edges;
at least one seam connecting at least two of the plurality of cut edges, together defining a garment; and
a dosimeter attachment feature configured to removably attach a dosimeter to the garment.
20 . The garment of claim 19 wherein, where the cut edges are not connected at the at least one seam, the cut edges are double-folded under, then hemmed into place.