Abstract: A birdfeeder having a one-touch removable base portion and a stationary upper main body portion is provided. The one-touch removable base portion serves as the bottom of the birdfeeder and may have a generally circular housing wherein a spring tensioned pin moves from a closed First Position A to an open Second Position B within the circular housing of the base portion. The components of the one-touch removable base portion are protected from the outside elements by being located underneath the bottom of the birdfeeder. A first end of the movable pin extends outside the generally circular housing of the base portion and locks the removable base portion housing into the stationary upper main body portion of the birdfeeder. The birdfeeder further has a movable exterior guard which selectively either allows access to a feeding port or blocks access to the feeding port.

Abstract: A multi-burner high-pressure portable stove having independently regulated burners is provided. The stove is especially suitable for camping. The stove provides similar functionality as a typical kitchen range by allowing a user to efficiently control the amount of fuel utilized by each individual burner of the stove. The stove further allows the user to independently control varying flame amounts of each burner so as a user may select between, simmer, medium, high or anything in-between for each burner. The regulators have a dual-lead stem thread knob which allows for quick and easy adjustments. The regulators are safely secured within a housing of the stove. In an embodiment, the regulators may be located outside the housing of the stove.

Abstract: A birdfeeder which operates with a perch that is controlled by the use of magnetic force that allows certain smaller birds to freely feed while inhibiting larger birds and small animals, such as squirrels, from feeding is provided. The birdfeeder has a plurality of movable pivoted perches which move from a first position to a second position. In the first (horizontal) position, a small bird may sit on the movable perch and reach an opening in a food hopper while the weight of a larger bird or animal will force the movable perch downward into the second (non-horizontal) position wherein the perch is moved away from the opening in the food hopper. A magnet located on an end of the movable perch secures the perch in the first position until the weight of a larger bird or animal causes the movable perch to pivot to the non-horizontal position.

Abstract: The present invention generally relates to a bird feeder having an adjustable sealing feeding port. The feeding port may be moved from a first position to a second position with respect to the rest of the feeder. More specifically, the bird food may be secured within the bird feeder when the adjustable sealing feeding port is in the second position and the bird food may be accessible to birds while the adjustable sealing feeding port is the first position. The adjustable sealing feeding port may have a stopper made from, for example, plastic or rubber which may create a liquid tight seal with the body of the bird feeder.

Abstract: The present invention generally relates to a bird feeder having a removable tray. The removable tray may be generally circular and may have an opening that wraps around a telescoping support section. Further, the removable tray may have a convex portion which acts to counter-balance the bird feeder. The removable tray is especially useful for cleaning and/or refilling the bird feeder. The bird feeder may be collapsed in a first position for storage or transportation or may be opened telescopically in a second position for use. The bird feeder may further have a perch to allow a bird to rest while visiting the bird feeder and/or may have a concave portion on the top surface which may be used to prevent insects or other animals from accessing the bird food.