Angled planar board and set configured to avoid fishing line entanglement
OwnerMarty Gale Priceinventor
Life of this patent
Estimating the term…
Abstract
A system and process for entanglement avoidance of multiple fishing lines being cast and driven from the motivation of a fishing boat or a stream of moving water such as a creek or river involving individual fishing line director components designed to utilize the relative mass flow of water around it for the separation of adjacent fishing line directors and accomplishing it's stable relative position behind a boat or moving water source via setting of it's forward rudder angle which creates more or less lateral force to maintain a specific lateral position allowing multiple fishing lines to spread apart behind a boat or moving water source.
Claims17
An angled planar board, the angled planar board comprising:
- a floating member configured to float, the floating member including:
- a front end, the front end including an angled face;
- wherein, when a fishing line is connected to the floating member on the front end and the floating member is exposed to a current, the angled face provides a predictable lateral force to the floating member based on the current;
- wherein the floating member further including a front hole positioned in the angled face;
- wherein, the front end is configured to be connected to the fishing line on the angled face via the front hole;
- and
- wherein the front hole is centered about a width of the floating member in the angled face.
An angled planar board, the angled planar board comprising:
- a floating member configured to float, the floating member including:
- a front end, the front end including an angled face;
- a front hole positioned in the angled face, the front hole is centered about a width of the floating member in the angled face;
- a bottom surface with a bottom hole positioned therein, the bottom hole is positioned on the bottom surface at a balance point location of the floating member, the bottom hole is connected with the front hole via a connecting channel, wherein the connecting channel including:
- a recess in the bottom hole with a bottom sleeve seated therein;
- a font sleeve recessed in the front hole;
- and
- a tube connected between the bottom sleeve and the font sleeve;
- wherein, the front end is configured to be connected to a fishing line on the angled face via the front hole;
- wherein, the fishing line is configured to be connected to the front end of the floating member by inserting the fishing line through the connecting channel;
- wherein the fishing line includes a hook or a lure at a distal end hanging from the bottom hole on the bottom surface;
- wherein, when the fishing line is connected to the floating member on the front end and the floating member is exposed to a current, the angled face providing a predictable lateral force to the floating member based on the current;
- wherein the fishing line further includes:
- a slip stop positioned on the fishing line configured to allow a depth of the hook or the lure from the bottom surface to be adjusted and to allow the angled planar board to be cast into position in the current;
- a swivel connection on the fishing line configured to allow the hook or the lure to rotate freely;
- a sinker connected on the fishing line approximate the hook or the lure configured to provide weight to the fishing line approximate the hook or the lure;
- and
- combinations thereof.
A set of angled planar boards configured to avoid entanglement of fishing lines in a current, each of the angled planar boards of the set comprising:
- a floating member configured to float, the floating member including:
- a front end, the front end including an angled face;
- a front hole positioned in the angled face
- wherein, when one of the fishing lines is connected to the floating member on the front end and the floating member is exposed to the current, the angled face providing a predictable lateral force to the floating member based on the current;
- and
- wherein, the angled face of each floating member of the set of angled planar boards is different, wherein the predictable lateral force to each of the floating members is different.
Dependencies are inferred from the claim text.