Embodiments disclosed herein describe systems and methods for a device configured to reverse the direction of a fish hook up to two hundred degrees deep within a fish's gullet. This may allow the hook to be extracted without a barb of the hook re-engaging itself into the fish's tissue, as well as without the fisherman inserting their hand into the fish's mouth.

Embodiments disclosed herein describe systems and methods for a device configured to reverse the direction of a fish hook up to two hundred degrees deep within a fish's gullet. This may allow the hook to be extracted without a barb of the hook re-engaging itself into the fish's tissue, as well as without the fisherman inserting their hand into the fish's mouth.

The fish-holding apparatus is a stick device which may be used to take pictures of fish. The device may be attached to any boat that has a pedestal hole to secure the device. In addition, the device may be held in hand by a user, with a fish positioned at one end of the device, so as to allow taking of a picture of the fish itself or of a group picture together with the fish. . Further, the apparatus includes additional support members for better stability and gripping elements for improved ease of use. Additionally, the fish-holding apparatus has access for installing a variety of attachable links, to which a wide variety for fish-grips and/or hanging scales may be attached to. The fish-holding apparatus provides a cost-effective, portable, and easy-to-use device for taking pictures of fish.

Embodiments disclosed herein describe systems and methods for a device configured to reverse the direction of a fish hook up to two hundred degrees deep within a fish's gullet. This may allow the hook to be extracted without a barb of the hook re-engaging itself into the fish's tissue, as well as without the fisherman inserting their hand into the fish's mouth.

Embodiments disclosed herein describe systems and methods for a device configured to reverse the direction of a fish hook up to two hundred degrees deep within a fish's gullet. This may allow the hook to be extracted without a barb of the hook re-engaging itself into the fish's tissue, as well as without the fisherman inserting their hand into the fish's mouth.

A gated fishing hook includes a shaft portion a first terminal end having a line eye. A hook portion extends from the shaft portion and includes a second terminal end having a point. A notch is defined on an inner surface of the hook portion below the second terminal end. A gate includes a looped wire having a first end coupled to a connection point disposed in between the shaft portion and the hook portion. The gate extends towards the notch and includes a bend spring biased within the notch. The gate is configured to pivot downward against the spring bias when a fish bites the hook, capturing a portion of a fish's lip in between the hook portion and the gate.

A gated fishing hook includes a shaft portion a first terminal end having a line eye. A hook portion extends from the shaft portion and includes a second terminal end having a point. A notch is defined on an inner surface of the hook portion below the second terminal end. A gate includes a looped wire having a first end coupled to a connection point disposed in between the shaft portion and the hook portion. The gate extends towards the notch and includes a bend spring biased within the notch. The gate is configured to pivot downward against the spring bias when a fish bites the hook, capturing a portion of a fish's lip in between the hook portion and the gate.

A fish grip having a touch control locking mechanism includes a base. A front end of the base is provided with a left gripper and a right gripper that cooperate with each other. A locking member is movable relative to the base for locking a trigger when the left gripper and the right gripper are in an open position. A triggering member is also connected to the base for automatically triggering the locking member when the left gripper or the right gripper extends into the mouth of a fish thus driving the left gripper and the right gripper to a closed position. During use, the trigger is pulled or pushed to open the left gripper and the right gripper, and the trigger may be locked by the locking member to maintain the open position of the left and right gripper.

A fish grip having a touch control locking mechanism includes a base. A front end of the base is provided with a left gripper and a right gripper that cooperate with each other. A locking member is movable relative to the base for locking a trigger when the left gripper and the right gripper are in an open position. A triggering member is also connected to the base for automatically triggering the locking member when the left gripper or the right gripper extends into the mouth of a fish thus driving the left gripper and the right gripper to a closed position. During use, the trigger is pulled or pushed to open the left gripper and the right gripper, and the trigger may be locked by the locking member to maintain the open position of the left and right gripper.

A fishhook remover for dehooking a fishhook from a catch is provided. The fishhook remover includes a first jaw and a second jaw, wherein the first jaw has a needle for engaging an eye of the fishhook, the needle projecting from a surface of the first jaw toward an opposing surface of the second jaw; wherein the second jaw has an opening on the opposing surface that is configured to receive the needle. The first and second jaws are operatively coupled to move between an open position where the first and second jaws are separated by a maximum distance possible and the eye of the fishhook can fit over the needle, and a closed position where the first and second jaws are at their closest approach to one another and the needle contacts the second jaw to securely retain the fishhook between the first and second jaws.