Abstract: The illuminating fishing pole involves a kit that when installed provides illumination down the length of the fishing pole and at a distal end. A first illuminating member attaches to the handle portion of the fishing pole via a bracket that clips thereon. The first illuminating member directs light down the length of the fishing pole, and includes wiring that extends therefrom, through the interior of the fishing pole, and down to the second distal end where a second illuminating means is provided. The second illuminating means directs light away from the fishing pole and in the direction of casting a fishing line from said fishing pole. The wiring includes a connector to enable disconnection of the first illuminating means from the fishing pole. The first illuminating means includes a powering means and two on/off switches to control operation of each illuminating means.

Abstract: A motorized fishing pole comprising a housing, where the housing includes a motor to power movement of a fishing pole; an arm attached to the housing, where the arm is fastened to the housing on a pivot to enable up and down movement atop the housing; a receiving sleeve extending from the arm, where the receiving sleeve accepts a handle of the fishing pole; a twisting base attached to a bottom of the housing, where the twisting base enables right and left movement of the fishing pole; and a clamp with an opening to receive the twisting base, where the clamp enables fastening of the motorized fishing pole to an object.

Abstract: A main body layer 78 is configured by a layer 75 formed, in a cylindrical shape, from a main part 76 and a complementary part 77. The main part 76 is formed by a main prepreg 70. In a small-diameter part, the main prepreg 70 is wound over the entire circumference in a circumferential direction with both ends of the main prepreg 70 in a widthwise direction overlapping each other, and in a large-diameter part, the main prepreg 70 is wound so that a part of the entire circumference in the circumferential direction remains behind as a winding-shortage part, with both ends of the main prepreg 70 in the widthwise direction separated from each other in the circumferential direction. The complementary part 77 is formed to complement the winding-shortage part by a sub-prepreg 71 having a predetermined shape corresponding to the winding-shortage part.

Abstract: A fishing rod having improved strength and durability to weight characteristics is provided using a thermoplastic toughened epoxy resin. The method of manufacturing this fishing rod includes the use of an insulating layer around rod blanks during a high temperature cure stage.

Abstract: A fishing rod butt for use with a rod blank and a fishing reel includes a first elongate member hingeably attached to a second elongate member. In this manner, the butt can be configured to have a curvilinear shape or a linear shape depending on the intended fishing application. Also disclosed is an adjustable reel seat assembly.

Abstract: A reverse gear box device is disclosed that provides an ergonomic fit while making it easy to access a drag lever. The reverse gear box device is configured to fit ergonomically in the hand of a user, allowing for secure and comfortable grip of the gear box device, regardless of whether the drag lever is located in an engagement position or a maximum drag position. The reverse gear box device comprises a reel unit having a center point, where the reel unit is configured to releasably hold a fishing line, a housing that is attached to the reel unit, the housing have a first end that is near said center point and a second end that is opposite from said first end, and a drag lever that is connected to at least one of the reel unit and the housing, wherein the second end of the housing is located aft a perpendicular centerline that is formed between said center point and a pole longitudinal axis at an angle of about 90° with respect to the pole longitudinal axis.

Abstract: A sports utility handle is provided for use with a sports equipment shaft. The handle has curved upper and lower surfaces and a curved termination end. The two side surfaces are parallel to each other. The upper surface of the handle slants upwardly relative to the longitudinal axis of the equipment shaft. The lower surface spline is configured to provide a relaxed wrist grip such that the shaft centerline is generally aligned with the centerline of the user's forearm.

Abstract: A fishing rod, and a method of manufacturing a tubular structure such as a fishing rod. The fishing rod extends within a plane (210). At least a portion of the rod (202) has a flexural rigidity in a first direction (B) within the plane different from the flexural rigidity in the opposite direction (A) within the plane. The difference in flexural rigidity between said directions is at least 5% of the value of the flexural rigidity in the first direction.

Abstract: The present invention relates to a polygonal rod in which a columnar body is provided between angled portions of a rod body, the polygonal rod having improved usability by swinging the rod body along a longitudinal direction of the columnar body. The polygonal rod includes four V-shaped longitudinal members (A, B) and a pair of flat-plate-like longitudinal members (C) to form a rod body (F) having a hexagonal shape, and further includes at least a pair of hollow portions (24, 25), in which a columnar body (21) is formed between angled portions (22, 22) of the rod body (F), and a longitudinal direction of the columnar body (21) is along a swinging direction (X) of the rod body (F), to thereby obtain the lightweight and rigid rod body (F).

Abstract: A rod body for a fishing rod, in which torsional rigidity and the like are enhanced by exercising ingenuity in direction of arrangement of a prepreg tape, is provided. An inner layer 23 is formed by winding a main pattern, which is constituted by a prepreg sheet 52 having a length corresponding to the length of a rod body and provided with reinforcing fibers 42 uniformly aligned, so that reinforcing fibers 42 are tilted relative to the rod axis. An outer layer 25 is formed by helically winding a prepreg tape with small-width 70, which is constituted by reinforcing fibers 42 uniformly aligned in the longitudinal direction, in the rod axis direction so that ends of the prepreg tape 70 in the small-width direction thereof abut closely against each other. The reinforcing fibers 42 of the prepreg sheet 52 and the reinforcing fibers 42 of the prepreg tape 70 are wound so as to cross each other when viewed in a radial direction, with the winding being made helically in directions opposite to each other.

Abstract: An improved athletic device that may be tensioned depending on the use by the individual user is provided. The contemplated athletic device may be any of a plurality of different athletic devices including fishing rods, hockey sticks, golf clubs, lacrosse sticks, and just about any athletic device having a shaft that is advantageous to be able to flex when is use by the end user. The device would have a shaft and a tensioner mechanism anchored within the shaft of the device which may be manually and continuously adjusted by the individual user depending on the flexion desired by the user.

Abstract: An improved fishing rod comprising a plurality of generally triangular shaped strips joined together to define an elongated body having a distal end, a proximal end, and a plurality of sides extending from the distal end to the proximal end. Each of the triangular strips has an exterior side that defines a side of the rod and two interior sides that define an angle opposite the exterior side. The angle opposite the exterior side of at least one of the triangular strips is greater than the angle opposite the exterior side of the remaining triangular strips.

Abstract: A fishing rod system comprising multiple composite tubes bonded to one another, wherein apertures, or “ports,” are molded between the tubes to improve the stiffness, strength, aerodynamics, comfort and appearance of the fishing rod.

Abstract: The present invention provides for fishing rods and methods of assembling fishing rods utilizing novel techniques including microscopic inspection and acoustic analysis to assess construction component as well as assembled fishing rods. As such, the present invention utilizes these techniques for measuring the quality and density of the bamboo fibers, which can be a basis for the selection of culms, strips of bamboo, and assembled rod blanks. The present invention also provides construction methods used to remove cell and fiber material combined with the application of epoxy reinforcements. Further, the present invention provides a method of connecting bamboo splines together using a combination of epoxy-based adhesive, vacuum pressure, and heat. Fishing rods according the present invention may also include a carbon fiber or fiberglass ferrule.

Abstract: A non-separable two-piece fishing rod includes a first rod section; a second rod section structured to matingly join the first rod section in an end-to-end engaged configuration; and a retention member having a first member end secured to the first rod section and a second member end secured to the second rod section, the retention member being constructed of flexible resilient material and being structured and dimensioned to create a longitudinal force between the first and second rod sections; the retention member being structured wherein the force created by the retention member between the first and second rod sections prevents the first rod section from separating from the second rod section in a casting operation. The fishing rod includes a latching mechanism, a latched indicating mechanism, a slowed connecting mechanism, and gripping means.

Abstract: A fishing pole and line assembly for underwater use includes a linear, tubular fishing rod member having first and second open ends. A linear, tubular handle member has an open first end and a closed second end and is axially aligned with the rod member. The handle member's open first end slidably fits over the second end of the fishing rod member. The handle member includes a one-way valve member adapted for passing fluid only into the tubular handle member. A fishing line is secured at a first end interior the tubular handle member, with the fishing line passing interior both the handle member, the fishing rod member and extending through the rod member's open first end. The fishing line has a second end adapted for attachment to a fishing bait.

Abstract: A fishing rod and lure system for collecting and analyzing fishing data to provide for manual or automatically controlled fishing experience comprising a fishing rod having a handle portion and a shaft portion, a fishing line reel encasing fishing line, a plurality of guides located along the fishing rod for guiding the fishing line, a lure attached to the fishing line, a central control device electrically coupled with the fishing rod for receiving, manipulating and outputting data and configured to control the lure, a display device electrically coupled with the central data device and capable of receiving and displaying data, and a sensor electrically coupled with the central control device for sensing and sending data to the central control device, wherein the central control device uses the data received from the sensor to display data to the user via the display and control the fishing rod and lure system.

Abstract: A fishing pole handle hinge assembly is provided with a first handle element, a second handle element, and a clamp. The first handle element terminates in a contact surface having a socket. The second handle element terminates in a contact surface having a tapering head configured to be received for pivotal positioning within a socket. The claim extends between the socket and the head. The clamp is configured to compress together the socket and the head to prevent movement of the socket relative to the head.

Abstract: Fishing tackle is coated with nanostructured material to modify and improve the performance. The fishing tackle includes a fishing rod which is coated adjacent a first end section, in a middle section, adjacent a second end section, or over an entire surface to improve the action, power or any performance characteristic and/or decrease weight. The fishing tackle includes a fishing reel which is coated in whole or part with a nanostructured material to improve strength, corrosion resistance or performance and/or decrease weight. The fishing tackle includes a fishing rod guide which is coated with a nanostructured material to improve performance and/or decrease weight. The area of coverage and thickness of the material coated on each component of the fishing tackle can be changed, as stipulated by design criterion.

Abstract: A fishing rod is electronically enhanced to improve sensitivity and transmit to the user information related to conditions below the water surface in at or near real time.

Abstract: A fishing rod including a tubular body where the tubular body is folded over into a contact relationship with itself to define a first hollow portion and a second hollow portion. An internal support is formed integral to the tubular body and the internal support separates the first hollow portion and the second hollow portion. The fishing rod being manufactured using bladder-molding processes.

Abstract: Where a super-elastic alloy is used as a core material, boundary separation can be prevented on substantial deflection. The super-elastic alloy is used as the core material, an outside layer made with fiber-reinforced resin is provided outside except the tip part region of the core material, and a resin-rich layer greater in resin ratio than the outside layer is provided between the outside layer and the core material so as to be adjacent to the core material.

Abstract: A fishing rod is strengthened with a metal reinforcement chosen from a metal coating deposited on a formed rod section and a metal wire in a substantially non-crossing arrangement, or a combination of these. In a base section of the rod, wire is wrapped in a single spiral direction so that the wire substantially does not cross itself. In a tip section, wire is arranged to follow the elongated section in a long spiral or substantially linear path, again not substantially crossing itself. The absence of crossing wires allows improved sensitivity and casting accuracy in the rod and eliminates the potential for crossing wires to separate when the rod flexes.

Abstract: A fishing pole has a handle and a rod. The rod is carried by the handle. The rod has a base, an elongated coil spring, a first rod portion and a second rod portion. The elongated coil spring is mounted axially of the rod and adjacent to the base at a proximal end. The first rod portion is carried by the coil spring at a distal end. The first rod portion has a distal tip end terminating in a first line guide. The second rod portion is carried by the rod.

Abstract: A fishing rod with which, even when fishing large fish or fish demonstrating strong tugs, fishing can be performed comfortably even if the angler's physical strength is small. The fishing rod is arranged such that a portion of the fishing rod ranging from a portion close to a butt portion of the fishing rod to a rod tip is formed by a solid rod having a region where a fiber-reinforced plastic prepreg in which reinforced fibers are stretched and arranged mainly in one direction is wound around and integrated with a surface of a solid member using a resin as a matrix and reinforced mainly by reinforced fibers generally oriented in an axial direction, in such a manner that a direction of the reinforced fibers of the prepreg is generally oriented in the axial direction.