A waist wearable fishing kit enabling impromptu fishing includes a strap and a fishing rod. A first and a second coupler, which are complementary, are coupled to a first and a second end of the strap, respectively. The strap is configured to loopedly position around a waist of a user, positioning the second coupler to couple to the first coupler. A pouch, which is water-impermeable, is coupled to the strap. An aperture that is positioned in a top of the pouch is configured to allow access to the pouch. A closure that is coupled to the pouch proximate to the aperture is positioned to selectively sealably close the aperture. A reel fitted with a line is coupled to the fishing rod, which comprises a plurality of sections that are selectively interconnectable so that the fishing rod is collapsible to stow in the pouch, positioning the user for impromptu fishing.

An apparatus for stowing and/or transporting rod-shaped structures such that the rods are easily insertable into, and removable from, the rod holder when it is located underneath an overhead obstruction that would otherwise prevent insertion or removal of rods into the rod holder. The rod holder rotates away from the receiving structure to which it is attached by operation of a rotatable attachment between the rod holder and a base. The base comprises a latching mechanism to prevent the rod holder from rotating unless it is released using a latch release lever. The rod holder allows insertion of longer rods into the rod holder than would otherwise be possible using rod holders of the prior art. The rod holder increases ease of access to rods stored in the rod holder. An exemplary use case is the storage of fishing rods under a T-top on a fishing boat.

The present invention relates to an apparatus, releasably attachable to a rail, having a holder and a receptacle for receiving and releasably attaching to the rail to support the holder on the rail, wherein the holder includes an outboard portion and an inboard portion, wherein the outboard portion lies beyond the rail and the inboard portion lies within the rail, when the holder is supported on the rail, and wherein the outboard portion is lighter than the inboard portion, so that the apparatus is weight-biased within the rail, such that the apparatus is adapted to resist dislodgement by outboard forces and to tend to dislodge in an inboard direction.

A protective apparatus for an article, the apparatus including a rigid surrounding sidewall with first and second end portions, the sidewall has a chamber disposed within a primary interior of the sidewall that has a flexible partition member disposed between the sidewall and the chamber to dampen relative movement between the rigid sidewall and the chamber. Further, a flexible collar that is slidably engaged to a portion of an interior of the chamber, the flexible collar has a collar aperture that removably encompasses a portion of the article, wherein operationally the collar suspends the article within the chamber interior. Further, a head element is affixed to the sidewall second end portion and a hatch that has a removable engagement to the sidewall first end portion wherein both the head element and the hatch are operational to retain the article within the chamber in the sidewall.

A fishing rod cover for protecting a fishing rod from damage and preventing entanglement of fishing line includes an expandable sleeve for receiving the distal end of a fishing rod; and a flotation device for rendering the fishing rod cover buoyant in water. The expandable sleeve has an open proximal end, a closed distal end, and a rod receiving region between the open proximal end and the closed distal end. The flotation device is located at the closed distal end of the expandable sleeve, and comprises a cushion adapted to protect the tip of the fishing rod. The fishing rod cover has a semi-rigid rod receptacle, ensuing ease of insertion of the tip of the rod, as well as the guides supported on the rod. The flotation device is manufactured as an elastomeric foam cylindrical body having a bore through the longitudinal axis.

A fishing rod cover for protecting a fishing rod from damage and preventing entanglement of fishing line includes an expandable sleeve for receiving the distal end of a fishing rod; and a flotation device for rendering the fishing rod cover buoyant in water. The expandable sleeve has an open proximal end, a closed distal end, and a rod receiving region between the open proximal end and the closed distal end. The flotation device is located at the closed distal end of the expandable sleeve, and comprises a cushion adapted to protect the tip of the fishing rod. The fishing rod cover has a semi-rigid rod receptacle, ensuing ease of insertion of the tip of the rod, as well as the guides supported on the rod. The flotation device is manufactured as an elastomeric foam cylindrical body having a bore through the longitudinal axis.

Convertible fishing rod carriers may include an elongate telescoping portion configured to house one or more fishing rods and an enlarged housing configured to accommodate reels of the one or more fishing rods. Carriers described herein may be convertible between a portable configuration, in which the carrier maybe transported by hand, and a mounted configuration, in which the carrier is secured to a vehicle rack. In the mounted configuration, some examples include a locking feature configured to prevent removal of the carrier from the rack.

Convertible fishing rod carriers may include an elongate telescoping portion configured to house one or more fishing rods and an enlarged housing configured to accommodate reels of the one or more fishing rods. Carriers described herein may be convertible between a portable configuration, in which the carrier maybe transported by hand, and a mounted configuration, in which the carrier is secured to a vehicle rack. In the mounted configuration, some examples include a locking feature configured to prevent removal of the carrier from the rack.

A mounting system for attaching components, or accessories, to surfaces without compromising, but instead maintaining, the integrity of the mounting surface. The mounting system is easily movable, can withstand or support heavy loads, does not require permanent alteration of the mounting surface by drilling holes or tapping screws and does not require hardware to be affixed to the surface.

A mounting system for attaching components, or accessories, to surfaces without compromising, but instead maintaining, the integrity of the mounting surface. The mounting system is easily movable, can withstand or support heavy loads, does not require permanent alteration of the mounting surface by drilling holes or tapping screws and does not require hardware to be affixed to the surface.