A protective net is formed of individual loops (12, 12, 12) of plastics material threaded into each other. The plastics material can have a modulus of elasticity of between approximately 5000 and approximately 20000 MPa. Each loop (12, 12, 12) of the protective net (10) can be formed by a thread (11) of plastics material wrapped repeatedly over itself. The protective net (10) can be used in an aquaculture installation for the purpose of anti-breach protection for a cage for breeding aquatic organisms.

A fishing net support assembly for releasably securing a pole of a fishing net to a boat includes a boat mount and a pole mount, which are configured to be mounted onto a hull of the boat and to a pole of a fishing net, respectively. A first mating member and a second mating member are attached to the boat mount and to the pole mount, respectively. Upon mating of the second mating member to the first mating member, the pole is positioned in a horizontal plane and a receiving net of the fishing net and a catch within the receiving net are positioned in the water and are rotatable within the horizontal plane.

A fishing net support assembly for releasably securing a pole of a fishing net to a boat includes a boat mount and a pole mount, which are configured to be mounted onto a hull of the boat and to a pole of a fishing net, respectively. A first mating member and a second mating member are attached to the boat mount and to the pole mount, respectively. Upon mating of the second mating member to the first mating member, the pole is positioned in a horizontal plane and a receiving net of the fishing net and a catch within the receiving net are positioned in the water and are rotatable within the horizontal plane.

A fishing accessory with camera mount. The fishing accessory includes a body having a first end and a second end. An elongated handle is configured to be removably securable to the first end of the body. A fishing tool is affixed to the second end of the body. The fishing tool can be a net, a gaff hook, or other tool used for catching and retrieving fish. A camera mount is disposed on an upper side of the body, wherein the camera mount is configured to receive a camera and removably secure the camera to the body. The fishing accessory with camera mount allows users to easily record themselves catching, landing, and displaying a fish.

A fishing accessory with camera mount. The fishing accessory includes a body having a first end and a second end. An elongated handle is configured to be removably securable to the first end of the body. A fishing tool is affixed to the second end of the body. The fishing tool can be a net, a gaff hook, or other tool used for catching and retrieving fish. A camera mount is disposed on an upper side of the body, wherein the camera mount is configured to receive a camera and removably secure the camera to the body. The fishing accessory with camera mount allows users to easily record themselves catching, landing, and displaying a fish.

A fish detection system including a trolling motor assembly, a transducer assembly, and a motor. The trolling motor assembly includes a shaft, a motor, and a propeller, the motor and propeller being mounted to the shaft. The transducer assembly includes a transducer for capturing underwater image information and a bracket for attaching the transducer of the transducer assembly to the shaft of the trolling motor assembly, the bracket defining an opening configured to receive the shaft. The motor is configured to rotate the transducer attached to the bracket relative to the shaft to provide an adjustable field of view of the transducer.

A fish detection system including a trolling motor assembly, a transducer assembly, and a motor. The trolling motor assembly includes a shaft, a motor, and a propeller, the motor and propeller being mounted to the shaft. The transducer assembly includes a transducer for capturing underwater image information and a bracket for attaching the transducer of the transducer assembly to the shaft of the trolling motor assembly, the bracket defining an opening configured to receive the shaft. The motor is configured to rotate the transducer attached to the bracket relative to the shaft to provide an adjustable field of view of the transducer.

A combination fishing net mud spike may attach or clamp to a variety of types of personal watercraft (PWC) including, but not limited to, bass boats, pontoon boats, canoes, and/or kayaks, to secure the PWC while fishing. The mud spike may be used to secure the PWC in shallow waters for fishing. Further, the ring portion of the combination fishing net mud spike may be used to secure around a tree. Accordingly, the mud spike and/or the ring portion may be used to hold the PWC in place for fishing or other water activities, and the combination fishing net mud spike does not require being near a dock/pier or piling to be used. However, the combination fishing net mud spike may be secured to a dock/pier. The ring portion may include slots or other securing mechanisms to receive a fishing net.

A combination fishing net mud spike may attach or clamp to a variety of types of personal watercraft (PWC) including, but not limited to, bass boats, pontoon boats, canoes, and/or kayaks, to secure the PWC while fishing. The mud spike may be used to secure the PWC in shallow waters for fishing. Further, the ring portion of the combination fishing net mud spike may be used to secure around a tree. Accordingly, the mud spike and/or the ring portion may be used to hold the PWC in place for fishing or other water activities, and the combination fishing net mud spike does not require being near a dock/pier or piling to be used. However, the combination fishing net mud spike may be secured to a dock/pier. The ring portion may include slots or other securing mechanisms to receive a fishing net.

A wire netting device, in particular safety net device, includes at least two mutually engaging net elements, at least one net element of which is produced from at least one single wire, a wire bundle, a wire strand, a wire rope and/or another longitudinal element with at least one wire that is made at least partially of a high-tensile steel, the wire comprises at least one corrosion protection, in particular a corrosion protection layer and a portion of the wire (12a-g), in particular at least a portion of a wire mesh implemented of the wire, with the corrosion protection, in particular the corrosion protection layer, in a test run by an alternating climate test has a corrosion resistance of more than 1,680 hours, preferably more than 2,016 hours, advantageously more than 2,520 hours, preferentially more than 3,024 hours and particularly preferably more than 3,528 hours.