초록 ▼

A self-contained fishing system includes a telescopic, tubular fishing rod holder and support tower having an extendable and retractable upper end for pivotally supporting a fishing rod therefrom. A cavity is sized to contain the fishing rod in an assembled condition and a set of movable legs in a r

A self-contained fishing system includes a telescopic, tubular fishing rod holder and support tower having an extendable and retractable upper end for pivotally supporting a fishing rod therefrom. A cavity is sized to contain the fishing rod in an assembled condition and a set of movable legs in a retractable condition. A closure device is removably fastened to an open, lower end thereof for supporting the fishing rod and the movable legs in a storage mode within the cavity. To define a fishing mode, with the upper end extended and the closure. device detached, the fishing rod is removed from the cavity and pivotally supported on the upper end. The legs are removed from the cavity, folded into an extended condition adapted to engage a support surface and the closure device is replaced such that the legs support the fishing rod holder and tower.

대표청구항 ▼

A self-contained fishing system includes a telescopic, tubular fishing rod holder and support tower having an extendable and retractable upper end for pivotally supporting a fishing rod therefrom. A cavity is sized to contain the fishing rod in an assembled condition and a set of movable legs in a r

A self-contained fishing system includes a telescopic, tubular fishing rod holder and support tower having an extendable and retractable upper end for pivotally supporting a fishing rod therefrom. A cavity is sized to contain the fishing rod in an assembled condition and a set of movable legs in a retractable condition. A closure device is removably fastened to an open, lower end thereof for supporting the fishing rod and the movable legs in a storage mode within the cavity. To define a fishing mode, with the upper end extended and the closure. device detached, the fishing rod is removed from the cavity and pivotally supported on the upper end. The legs are removed from the cavity, folded into an extended condition adapted to engage a support surface and the closure device is replaced such that the legs support the fishing rod holder and tower. sliding face of the first planar pad element being spaced apart from the second surface of the first planar pad element in the direction of the thickness dimension of said framing square when said alignment bracket is mounted on said framing square, the sliding face of the first planar pad element being spaced apart from the second surface of the first planar pad element by a depth dimension, (6) a second planar pad element interposed between the bight section of the second one-piece plate element and the first planar pad element when the first one-piece plate element is assembled to the second one-piece plate element and having (A) a first surface in contact with the second surface of the bight section of the second one-piece plate element when the second planar pad element is assembled with the second one-piece plate element, (B) a second surface that is spaced apart from the first surface of the second planar pad element in the thickness direction of said framing square when said alignment bracket is assembled with said framing square and which includes (i) a cut-out portion defined in the second surface of the second planar pad element, the cut-out portion in the second planar pad element being sized to slidably accommodate the second leg of said framing square when said alignment bracket is mounted on said framing square, (ii) a first shoulder on the second planar pad element adjacent to the cut-out portion of the second planar pad element and which slidably engages the first side edge of said framing square when said alignment bracket is mounted on said framing square, (iii) a second shoulder on the second planar pad element adjacent to the cut-out portion in the second planar pad element and which slidably engages the second side edge of said framing square when said alignment bracket is mounted on said framing square, the second shoulder of the second planar pad element being spaced apart from the first shoulder of the second planar pad element by a distance slightly greater than the width dimension of said framing square, (iv) a sliding face located between the first shoulder of the second planar pad element and the second shoulder of the second planar pad element and which slidably engages the second surface of said framing square when said alignment bracket is mounted on said framing square, and (v) the sliding face of the second planar pad element being spaced apart from the second surface of the second planar pad element in the direction of the thickness dimension of said framing square when said alignment bracket is mounted on said framing square, the sliding face of the second planar pad element being spaced apart from the second surface of the second planar pad element by a second depth dimension, (7) the cut-out portion of the first planar pad element being aligned with the cut-out portion of the second planar pad element when the first and second planar pad elements are associated with each other and defining a slot, with the depth dimension of the cut-out por