Abstract: An adjustable handle and method of adjusting the cross-sectional shape of a handle is disclosed. The handle comprises a central core having a plurality of axially extending grooves each having at least two radially extending ramps as well as a sleeve having a plurality of flexible expandable members with a plurality of fins in sliding relationship with the axially extending grooves and ramps. When a user turns a knob of the handle, the sleeve is directed to slide axially within the groove such that the fins of the flexible expandable members contact the ramps thereby altering the cross sectional shape of the handle over an axial distance.

Abstract: An adjustable handle and method of adjusting the cross-sectional shape of a handle is disclosed. The handle comprises a central core having a plurality of axially extending grooves each having at least two radially extending ramps as well as a sleeve having a plurality of flexible expandable members with a plurality of fins in sliding relationship with the axially extending grooves and ramps. When a user turns a knob of the handle, the sleeve is directed to slide axially within the groove such that the fins of the flexible expandable members contact the ramps thereby altering the cross sectional shape of the handle over an axial distance.

Abstract: A tool for spreading material such as drywall compound generally comprises a plate, a handle, and a frame. The plate includes a first edge and second edge that are substantially parallel to one another. A frame is coupled to the first edge of the plate, and a handle is coupled to the frame, thereby attaching the handle to the plate, the second edge of which is used for spreading material. The handle extends away from the frame and plate, and bends to extend toward and substantially transverse to the second edge of the plate, thereby increasing both the effectiveness of the tool and the comfort of the user during use of the tool.

Abstract: A multifunctional device for removing material from an edge of an object and lifting an object from a support surface is provided. The device includes front and rear portions that are positioned at an angle relative to one another to form a pivot point. The front portion is positioned beneath the object while a user applies a downward force on the rear portion to rotate the device about the pivot point to lift the object from the surface. A pair of opposed sidewalls extend from an upper surface of the device and a top wall is coupled between the sidewalls to form a channel. At least one protrusion extends from the top wall into the channel to remove material from the edge. In addition, a tab may extend into an aperture formed in the rear portion to engage and assist in the removal of a lid from a bottle.

Abstract: A groover comprising a blade and a handle. The blade is a unitary member composed of and die cast from a zinc alloy. Smooth surface geometry provides for easy cleaning of the groover.