Abstract The present disclosure is directed to a heat reflective shield having a plurality of spherical triangular panels each having aluminum foil on one side and a heat resistant fabric adhered to the other side, for use with a hard hat. The panels are stitched together along their long sides and along their bases with binding tape to define an equatorial stitched bound base border to form a highly reflective side of the shield directed upwardly toward the crown of the hard hat thus forming a reflective heat shield to direct the heat from the sun or other hot heat sources away from the skull of the wearer of the hard hat. A strip of double sided adhesive tape is provided, one side of which is adapted to be adhered to the outside of the top of the heat reflective skull cap and the other side of which is adapted to adhere to the inside of the crown of the hard hat. An adjustable hat band is secured within the hard hat positioned to lie between the hard hat shell and the head of the wearer, and suspension bands are secured to the hat band at their ends with their intermediate portions flex arched to form supports to keep the heat reflective skull cap supported above and out of contact with the head of the wearer.
For use with a hard hat shell of high impact plastic or plastic reinforced fibers of random orientation to withstand blows to the head of the wearer without permitting injury to the skull, a heat reflective shield comprising a plurality of spherical triangular panels having aluminum foil on one side and a heat resistant fabric adhered to the other side, said panels being stitched together along their long sides and along their bases with binding tape to define an equatorial stitched bound base border to form a highly reflective side of the shield directed upwardly toward the crown of the hard hat thus forming reflective heat shield to direct the heat from the sun or other hot heat sources away from the skull of the wearer of the hard hat, a strip of double sided adhesive tape one side of which is adapted to be adhered to the outside of the top of the heat reflective shield and the other side of which is adhered to the inside of the crown of the hard hat, an adjustable hat band secured within the hard hat positioned to lie between the hard hat shell and the head of the wearer, and suspension bands secured to the hat band at their ends with their intermediate portions flex arched to form supports to keep the heat reflective shield supported above and out of contact with the head of the wearer.
Claim 2
Dependent Claim
236 words
For use with a hard hat shell of high impact plastic or plastic reinforced fibers of random orientation to withstand blows to the head of the wearer without permitting injury to the skull, a heat reflective shield comprising a plurality of spherical triangular panels having aluminum foil on one side and a heat resistant fabric adhered to the other side, said panels being stitched together along their long sides and along their bases with binding tape to define an equatorial stitched bound base border to form a highly reflective side of the shield directed upwardly toward the crown of the hard hat thus forming reflective heat shield to direct the heat from the sun or other hot heat sources away from the skull of the wearer of the hard hat, a strip of double sided adhesive tape one side of which is adapted to be adhered to the outside of the top of the heat reflective shield and the other side of which is adhered to the inside of the crown of the hard hat, an adjustable hat band secured within the hard hat positioned to lie between the hard hat shell and the head of the wearer, and suspension bands secured to the hat band at their ends with their intermediate portions flex arched to form supports to keep the heat reflective shield supported above and out of contact with the head of the wearer.