A garment having added exterior pockets in which low temperature volatizable insect repellent mats may be carried which disperse the volatizable chemical at ambient temperature or in which an additional exothermic mat is provided to assist in the dispersion of the chemical.

An element for providing air exchange between the internal microenvironment and the external environment and can be used in the production of air-permeable clothing for anti-insect’s protection.. The element includes: a flat part with at least one air inlet opening and a curved part with at least one air outlet that is not coaxial with the inlet opening of the flat part; the inner surface of the curved part having at least one segment of the surface of the torus obtained by a horizontal cross-section of the torus, a vertical circular cross-section parallel to the centroidal axis of the torus; the curved part is connected to the flat part so that all the inlet openings of the flat part are covered by a wall of the torus segment of the curved part and are in communication with the outlet or outlets of the curved part with the air exchange possibility.

The invention relates particularly to the addition of a mosquito mesh sewn as a lining inside the hooded section of clothing, which will provide an option to cover the face portion of the hoodie, jacket or hooded clothing. A fastener is attached to the free edge of the mesh to removably secure the free edge to a rear portion of the hood.

The invention is directed at to a pest entrapment device for attracting and trapping flying pests around the head of a person. The apparatus includes an attachable device having at least one member, which member contains at least one cavity to hold a pest attractant. The attachable device is affixed to a head covering on the underside of a bill, brim, visor or the like. The pest attractant can be of a combination of grease, carbon dioxide, sweetener, and a sticky, viscid matter. The pest attractant also acts as a trapping substance to capture the flying insects. The pest entrapment device can be removed for cleaning and reapplication of the pest attractant.

Wearables are provided that prevent—or at least greatly reduce the risk of—mosquito bites by having repellent within the mesh tightly bonded into the actual fibers of the fabric, thereby providing built-in protection from mosquitoes, ticks and other potentially dangerous biting insects. These wearables may be both practical and fashion-forward in design so that humans will be less likely to object to wearing them. Wearables may include track suits, jackets and wraps; however, wearables may take different forms, including but not limited to, pant coverings, wrist bands, hats, scarves, and patches. These wearables may be worn when participating in various outdoor activities, including, but not limited to, playing, bike riding, and camping. These wearables also may be breathable and easy to put on and take off, as well as appealing in appearance.

A reversible mesh garment to prevent mosquito bites and increase safety through greater visibility of the wearer in dark conditions includes a tubular sleeve formed from mesh fabric, the tubular sleeve having a first end and a second end; first and second adjustable elastic bands housed in a woven fabric casing at each end of the tubular sleeve, wherein the first elastic band spans the perimeter circumference of the first end of the tubular sleeve and the second elastic band spans the perimeter circumference of the second end of the tubular sleeve so as to secure the garment to the wearer's legs from groin to ankle; an LED light source; and an additional layer of a strip of mesh fabric two inches wide is sewn as the top outer layer at the side seams thereby forming a mesh channel housing the LED light source.

An insect barrier and repellant fabric includes a plurality of resilient spacers. Each resilient spacer has a first end secured to a first side of a fabric substrate, and a free second end extending away from the fabric substrate. A pesticide is carried by the plurality of resilient spacers. The pesticide is one of permethrin, deltamethrin or other similar chemical insect repellant. The pesticide may be carried on a surface of the resilient spacers or encapsulated within its structure, for example.

The invention includes a system for dissuading flying, stinging Insects that is economical and easy-to-carry; and methods of making and using said system. The system may comprise: a holding device; a head covering; a dispensing container; and a jumping jack.

A disposable article infused with an insect repellant and method of making the same. The disposable article includes an outer, water absorbent layer, an inner, waterproof layer and an insect repellant applied to the outer layer. The disposable article can be fabric gowns, shoe-covers, leg coverings, hand coverings, arm coverings, head coverings, body coverings, face coverings, full body coverings and chuck pads. In certain embodiments, the outer, water absorbent layer is spun-bonded polypropylene. In other embodiments, the outer, water absorbent layer is spun-bonded polyester. The inner, waterproof layer can be cast polyethylene. The insect repellant can include an effective amount of DEET (N,N-diethyl-meta-toluamide), OLE (oil of lemon eucalyptus) and essential oils alone or in combination.

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.