A repellent suit constructed from a protective material, the suit having: a shirt portion; and a pants portion; a plurality of seams; the protective material having a plurality of layers joined together via bias tape, the plurality of layers having: a first net layer; a second net layer; and a three-dimensional mesh layer between the first net layer and the second net layer, the three-dimensional mesh layer having a first mesh sheet and a second mesh sheet raised to a first height above the first mesh sheet; wherein the first mesh sheet and the second mesh sheet are associated together via a plurality of compressible elements; wherein the bias tape provided at each seam of the plurality of seams is sewn onto the first net layer, the three-dimensional mesh layer, and the second net layer.

An insect-proof, form-fitting undergarment is provided having top and bottom parts formed of selected breathable materials and having omnidirectional stretch properties, and which top and bottom parts may be securely joined at the waist to prevent insect entry. A superfine knitted fabric is utilized to prevent insect bites.

An insect-proof, form-fitting undergarment is provided having top and bottom parts formed of selected breathable materials and having omnidirectional stretch properties, and which top and bottom parts may be securely joined at the waist to prevent insect entry. A superfine knitted fabric is utilized to prevent insect bites.

A protective garment worn be a beekeeper providing positive air flow into the suit and protection from bee stings during wear, the garment provided in full or partial body suit, the positive air flow provided by one or more self-contained power supplies drawing outside air into the garment to cool the wearer and elevating the garment away from the skin at a distance greater than the length of a stinger from a bee, the garment also made from a penetration resistant fabric.

Insect screen assemblies for deployment on the head of a wearer and attachment to sunglasses having sunglasses frame arms may include an assembly screen having a plurality of screen openings. A pair of spaced-apart screen attachment devices may include a pair of screen magnets carried by the assembly screen. A pair of sunglasses frame mounts may be configured for attachment to the sunglasses frame arms, respectively, of the sunglasses. A pair of frame mount magnets may be carried by the pair of sunglasses frame mounts, respectively. The pair of screen magnets may magnetically engage the pair of frame mount magnets, respectively, to detachably secure the assembly screen on the sunglasses. At least one panel securing strap may be carried by the assembly screen. The at least one panel securing strap may be extendable around a neck of the wearer. Sunglasses with an insect screen assembly are also disclosed.

An interchangeable over-ankle band for the display of an ornamental design on the outside of a lower leg of a wearer. The interchangeable over ankle band including a lower leg cuff having two loose ends, the ends each including fasteners configured to selectively couple the lower leg cuff into a loop surrounding the wearer's lower leg, the lower leg cuff further including an outer surface operating as a substrate for the display of an ornamental design or logo, an interchangeable over-ankle band having a supporting layer coupled to the lower leg cuff with a rigidity greater than that of the lower leg cuff, wherein the bottom edge of the supporting layer is coupled to a ring member, which is in turn coupled with an adjustable-length stirrup strap, enabling the wearer to adjust the stirrup strap to snugly fit her or his footwear outsole.

A jump screen may be a jump suit formed of one or more fabrics (and combinations of the same) that may limit access of insects to contact with a wearer's skin. The fabrics may be those that may be used for the mesh of window screens. The jump suit may include drawstrings or other closure mechanisms around the ankle portions and/or wrist portions of the jump suit so that insects may not enter through the ankle or wrist openings of the jump suit to contact with the wearer's skin. The jump suit may include a hood portion having a drawstring that may seal or close around the wearer's face area. The jump suit may include hook and loop fasteners for the wearer to put on the jump suit and close it.

An anti-tick leg band having a folded band, a plastic backed layered adhesive having a plastic backing and a plurality of removable adhesive layers disposed on an inside of the folded band, and a plastic cover having a plurality of spacers disposed on the inside of the outer half of the folded band. The plurality of spacers is configured to separate the plastic cover and an outermost adhesive layer of the plurality of removable adhesive layers. A strap and buckle, as well as hook and loop fasteners, are used to secure the anti-tick leg band to a user's leg above the sock. When a tick or jigger begins to climb up a leg of a user, it will enter into the space between the plastic cover and the outermost adhesive layer, where it will then be stuck.

A tick trap belt for wear by an outdoorsman for stopping upward movement of ticks includes a belt having opposed ends, each end having a fastener such that the opposed ends of the belt are selectively secured about a user's body. The belt includes upper and lower edges and has opposed inner and outer surfaces extending between the upper and lower edges, respectively. The tick trap belt includes an awning or cover coupled to the upper edge of the belt and extends along the upper edge between the fasteners at the opposed ends thereof, respectively. The awning extends outwardly and downwardly away from the upper edge, the awning having a bottom surface that, in cooperation with the outer surface of the belt, defines a gap area. An adhesive member is positioned in the gap area for stopping movement of ticks who step thereon.

A tick trap belt for wear by an outdoorsman for stopping upward movement of ticks includes a belt having opposed ends, each end having a fastener such that the opposed ends of the belt are selectively secured about a user's body. The belt includes upper and lower edges and has opposed inner and outer surfaces extending between the upper and lower edges, respectively. The tick trap belt includes an awning or cover coupled to the upper edge of the belt and extends along the upper edge between the fasteners at the opposed ends thereof, respectively. The awning extends outwardly and downwardly away from the upper edge, the awning having a bottom surface that, in cooperation with the outer surface of the belt, defines a gap area. An adhesive member is positioned in the gap area for stopping movement of ticks who step thereon.