Abstract: The invention provides a dual mode hose connection device which can be attached to standard threaded devices such as a typical garden hose faucet, and which offers a quick connection type of attachment as well. In one embodiment, a first dual mode connection piece is threaded onto a faucet. Once connected, standard garden hoses can be attached to the connector using a first mode comprising threaded fittings. In an alternative mode of usage, a second corresponding quick connection piece can be attached to the first connection piece, allowing rapid attachment and rapid removal of the second connection piece along with any desired devices or hoses which are connected down-line of the second piece. Thus, once a first dual mode connector piece is attached to a faucet, then either standard threaded hoses, or quick connect adapted hoses can be used without removing the first dual mode connection piece.

Abstract: A floating debris capture device and method which can be employed by those who have a normal pool cover which does not have a debris capture system. The device is located under the side regions of a floating pool cover, where debris is either washed or swept from the cover as it's reeled onto a spool during the cover removal operation. The device comprises a floating frame and a mesh screen. Extending from the side of the device adjacent to the pool wall is a positioning wing flap, which serves to anchor the device to the corner edge of a pool, and retain the device in proper position to catch debris as a pool cover is rolled up onto a spool.

Abstract: A floating, multi-directional liquid skimming device, comprising a perimeter frame attached to a net, where the frame rotates relative to a central axis. A central axis element may be attached to a pole handle. Floatation elements can be located along the central axis. In operation, the frame floats at rest with the frame roughly parallel to the surface of the liquid, and where the top edge of the frame is above the liquid surface to retain collected debris. When the device is pulled toward the operator, the frame swivels relative to the surface, so the frame opening is facing the direction of travel, enabling capture of floating material. When the skimmer motion is stopped, inherent floatation causes the frame to quickly swivel back to the resting position. If the skimmer is pushed away from the operator, the frame opening swivels to face the new direction of travel.

Abstract: A floating multi-directional liquid-skimming device which quickly and efficiently gathers, traps and retains floating material, capable of quickly changing direction with minimal effort, and without dumping the collected debris. The device can be pushed and pulled repeatedly across the surface of a body of fluid, such as a swimming pool, by an attached pole, chain, tether, or by automated means. The device comprises a perimeter frame attached to a debris collection net, where the frame can rotate relative to a central axis. The central axis may have a central axis element, such as an axle or spindle, rotate-ably connected to the perimeter frame, such that the frame can rotate relative to the surface of the body of liquid. The central axis element may be fixedly attached to a pole handle. Floatation elements are located within the opening of the collection net, along the axle.