Abstract: An insect trap is disclosed having a dispenser for a chemical insect attractant. The trap includes a trap housing onto which the dispenser is attached. A housing on the dispenser includes a floor, a cover and at least one wall. Inside the dispenser is a compartment configured for holding an insect attractant. There is a plurality of vents in the wall configured for allowing the aroma of the attractant to exit the dispenser housing. Adjacent to the vents, there is a flow regulator that is positionable with respect to the wall and has a plurality of openings. The flow regulator is adjustable between a first position, wherein the openings substantially align with and open the vents, and a second position, wherein the flow regulator blocks at least some attractant flow through the vents. Also included is a means for adjusting the flow regulator from outside the compartment.

Abstract: A tank cart for an LP tank includes a cart configured for holding an LP tank. The cart includes a frame, at least one wheel and a handle. At least one generally rigid attachment bar is included as a portion of the frame to support an elongated sling that wraps around a side of the LP tank. A means is included for releasably attaching the sling to the frame. When the sling is in place, it supports the tank against the frame to prevent the tank from slipping when the cart is moved to a different location. In a preferred embodiment, the cart is used with an insect trap that utilizes a fuel from a fuel tank to generate gasses that attract insects.