The present invention relates to the end fishing line guide known as a tip top guide on a fishing rod. This is intended for guides made from a single continuous length of wire that benefit from weight reduction, ice shedding and the ability to use super elastic alloys.
Historically, wire style guides have disadvantages on the tip top application. The wire creates a pinch point where it meets at the base of the guide where the guide foot begins. This pinch point is most commonly experienced when the lure is hooked to the hook keeper at the base of the rod. The line slides to the back portion of the tip top guide and is pinched and potentially weakened. Secondly, a disadvantage of current wire tip tops is that the rod blank can be exposed past the tip top guide creating a protrusion that the fishing line can get caught around.
Embodiments of the present invention are devised to solve the previously mentioned problems of wire style tip top fishing line guides. Considered broadly, fishing line guides are round hoops affixed to a fishing rod, through which the fishing line is threaded. The tip top fishing line guide is the last fishing guide on the end of the rod. In an embodiment, the present invention is a single continuous length of wire comprising a guide foot, guide ring, an elbow where the wires remain parallel after bending away from the vertical guide foot either inwards towards the guide ring, or outwards away from the guide ring, and a barrier on the rear portion of the guide above the guide foot that prevents the line from sliding between the two wires emerging from the guide foot. Some embodiments of the present invention prevent the line falling into the base of the guide where the previously described pinch point is present. This is achieved by bends in the wire that creates a safe smooth corner on either side of the rear portion of the guide to catch the line. The wire is bent such that it creates a barrier, preventing the natural sliding of the line into the pinch point. Other embodiments of this invention provide a protrusion opposite the guide ring on the back side of the guide foot that acts as a stop to align the rod blank against while manufacturing. During manufacturing this protrusion is pushed into contact with the end of the rod blank, providing the correct location for the guide to be tied at. This prevents the previously mentioned problem of the rod blank extending past the tip top far enough to create a protrusion that can catch or damage the fishing line.
In an embodiment, this new invention consists of a guide foot or base that is affixed to the rod, an elbow where the guide wire orientation bends from the guide foot. The elbow starts in a vertical orientation parallel with the rod blank to a nearly horizontal orientation perpendicular to the rod blank. The embodiment further consists of a front portion that is furthest from the rod blank and a rear portion adjacent to guide foot. The rear portion is unique in its line management in that when the line extending from the tip top is routed back parallel to the rod blank (as it is when attaching a hook to the hook keeper), the rear portion of the guide catches the line in a smooth corner that does not allow it to slide into the previously described pinch point. The elbow is unique in that the wires remain parallel after leaving the rod blank, bending either inward towards the front portion of the guide, or outward opposite the front portion of the guide.
The present invention is to be comprised of, but is not limited to the following materials: nickel titanium alloy materials, other super elastic shape memory alloys, steel, nickel or brass.
In the drawings, which form a part of this specification,
Number | Date | Country | |
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63371627 | Aug 2022 | US |