A flying insect deterrence system and device is provided. The flying insect deterrence device may include a rotary element, a vertical column, a cordage, a cordage element, and a motor. The flying insect deterrence system may include a base and an insect deterrence device. The insect deterrence device may include a vertical column, a rotary element, a motor, a cordage, and a cordage element. The rotary device is located on top of the vertical column and is powered by the motor that spins a cordage attached to the rotary device to deter flying insects from flying or landing in the area.

A flying insect deterrence system and device is provided. The flying insect deterrence device may include a rotary element, a vertical column, a cordage, a cordage element, and a motor. The flying insect deterrence system may include a base and an insect deterrence device. The insect deterrence device may include a vertical column, a rotary element, a motor, a cordage, and a cordage element. The rotary device is located on top of the vertical column and is powered by the motor that spins a cordage attached to the rotary device to deter flying insects from flying or landing in the area.

The corner caps have retention flanges and tabs which prevent the caps from being pulled or rooted from the corner posts. The corner cap includes two adjacent upright rear walls that terminate in angled retaining flanges and an L-shaped bottom wall that terminate in angled retaining tabs. The edge of the retaining tabs and retaining flanges press against the walls of the corner posts when the corner cap is inserted into the corner post. The mechanical resilience in the bends that form the retaining tabs and flanges allow the engagement between the corner cap and corner post to securely hold the cap within the post and prevent it from being pulled or rooted out of the corner post by small animals.

An insect net with emergency deployment structured to be retrofit onto the roof of the cab of the typical construction or agricultural equipment vehicle. The system includes a cylindrical insect net that may be compressed into a closed deployment box positioned on the underside of the vehicle cab roof. A deployment cord is positioned adjacent the operator where it may be readily accessed and pulled to open the doors of the deployment box to allow the cylindrical net to drop (under the influence of a ring of small weights) to surround the operator within the cab. The system is structured to be re-used by replacing the cylindrical net back into the deployment box and refitting the deployment cord with pull pin to hold the deployable components within the box for subsequent use.

An insect net with emergency deployment structured to be retrofit onto the roof of the cab of the typical construction or agricultural equipment vehicle. The system includes a cylindrical insect net that may be compressed into a closed deployment box positioned on the underside of the vehicle cab roof. A deployment cord is positioned adjacent the operator where it may be readily accessed and pulled to open the doors of the deployment box to allow the cylindrical net to drop (under the influence of a ring of small weights) to surround the operator within the cab. The system is structured to be re-used by replacing the cylindrical net back into the deployment box and refitting the deployment cord with pull pin to hold the deployable components within the box for subsequent use.

Disclosed is an insect repulsion and/or barrier system (10) and a method for repelling insects (2) and/or for preventing insects (2) from passing through a defined opening (12) or surface (9). The barrier system (10) is equipped with devices (16) for preventing insects from passing through an opening (12) or for repelling insects when approaching the opening (12) and/or the devices (16). The devices (16) have at least two electrodes (18), whereby different electrical potentials are applied to or can be applied to the at least two electrodes (18). The at least two electrodes (18) are arranged within or on the edge of or outside the opening such that an electrical field (28) is formed between the at least two electrodes (18). The electrical field (28) rejects and/or repels insects approaching the electrical field (28) or prevents insects approaching the electrical field (28) from passing through the opening (12).

A pest control device for providing a barrier against pests and insects around the handle of a residential trash can is disclosed. The device includes a generally rectangular shaped, flexible body, the body having a first set of opposing ends and a second set of opposing ends, wherein each set of opposing ends are generally perpendicular between each other; a pair of elastic bands coupled to the first set of opposing ends; a pair of peel-off adhesive tape coupled to the second set of opposing ends; and a pair of tethers, each tether connecting the first set of opposing ends.

A pest control device for providing a barrier against pests and insects around the handle of a residential trash can is disclosed. The device includes a generally rectangular shaped, flexible body, the body having a first set of opposing ends and a second set of opposing ends, wherein each set of opposing ends are generally perpendicular between each other; a pair of elastic bands coupled to the first set of opposing ends; a pair of peel-off adhesive tape coupled to the second set of opposing ends; and a pair of tethers, each tether connecting the first set of opposing ends.

This disclosure relates to ingredients which are added to liquid paint, or coated onto dried paint, to provide benefits beyond the usual characteristics of commonly available water-based paints. More specifically, the disclosed chemistry changes the properties of the film created after application of the paint making the film harder and having anti-static properties.

This disclosure relates to ingredients which are added to liquid paint, or coated onto dried paint, to provide benefits beyond the usual characteristics of commonly available water-based paints. More specifically, the disclosed chemistry changes the properties of the film created after application of the paint making the film harder and having anti-static properties.