1950results about "Fishing nets" patented technology

The invention is a fishing cooler that has wheels and a handle. The fishing cooler also features a plurality of cup holders, an externally removable and attachable rod holder, and a tackle box that can be attached either internally or externally. The fishing cooler has two internal compartments. The first compartment is for storing bait, and is smaller than the second compartment, which is for storing caught fish. Water can pass between each compartment, and a drain plug enables evacuation of all water inside of the cooler. Integrated on top of the cooler is a measuring line for such uses as measuring caught fish. The handle is hingedly connected at one side of the cooler, and extends when in use to enable the end user to pull the cooler behind he or she. The cooler may also include a drain cup and aerator that can be attached to either of the two drain plug holes. A portable light may be attached to the cooler.

A multi-function electronic fishing float having an identification number automatically generates radio frequency (RF) signals, if a fish takes bait or is hooked. The generated RF signal is sent to a receiver, and an angler can clearly identify a sign of a fish's bite or hooking through sound, vibration, or light generated by the receiver, without checking the float with eyes.A transmitter sending RF signals corresponding to the fish's bite or hooking is installed in the electronic fishing float that partially comes up above the water surface by buoyancy, and the transmitted RF signals are received by the receiver outputting sound, vibration, and light as information on the fish's bite or hooking.

A light emitting fishing lure has a hollow body encompassing a multiple emission color light source and / or an ultraviolet LED light source. A light pipe is provided to transmit emission from the internal light source to the exterior of the lure. A regularly changing color emission is found to be attractive to fish during at least part of the color change cycle. Ultraviolet light emission operates to charge a phosphor decorating the lure body after ultraviolet light emission has ceased.

PCT No. PCT / JP98 / 00159 Sec. 371 Date Jul. 2, 1998 Sec. 102(e) Date Jul. 2, 1998 PCT Filed Jan. 16, 1998 PCT Pub. No. WO98 / 31218 PCT Pub. Date Jul. 23, 1998It is an object of the present invention to provide a lure (A) which does not require batteries to be changed, and a lure (B) wherein the changing of batteries has been simplified. Lure (A) is structured in such a manner that a solar battery (10) housed within a fish-shaped case (1) serves to charge a secondary battery (11), thus rendering it unnecessary to change batteries. Meanwhile, lure (B) is structured in such a manner that a lid unit (23) holding a battery (24) and a light-emitting body (25) can be inserted into and released from an aperture within a fish-shaped case (21), it being possible to remove the battery (24) when the lid unit (23) is released, thus permitting the easy changing of batteries without the need for exaggerated action and without any risk of injuring the fingers on hooks (5). These lures are structured such as to have an illuminated band stretching from either side of the head, which is shaped in imitation of a fish, towards the underside, and thus facilitate improved efficacy in luring fish by means of a light-emitting lure.

A fishing lure includes a transparent lure body having one or more optical windows that operate as lenses for one or more digital cameras mounted within the transparent lure body. The transparent lure body is shaped like a fish, and the optical windows / digital cameras are located at positions that correspond with the eyes of the fish. Annular eye pieces can be mounted over the optical windows to enhance the appearance of the lure. A reflective shroud, patterned to imitate the body surface of a fish, is mounted within the transparent lure body. Light emitting devices within the transparent lure body can be controlled to emit different colored light through the transparent lure body. Detachable bills / fins can be coupled to the transparent lure body to control the movement of the fishing lure through the water.

The present invention relates to a device for capturing an aquatic animal such as a fish. The device is particularly useful for ensnaring the tail or the body of a fish. More particularly, the invention relates to a device which places a rope around the body or tail of any fish. The device comprises a pole having a circular tube attached at one end of the pole. A rope is removably attached to the inside of the tube such that when the rope is pulled on it is removed from the attachments of the tube and ensnares the body or tail of the fish. The rope has an open end on one end and a noose at the other end.

Disclosed is a mobile terminal having multi-directional camera lens modules. The mobile terminal includes a first camera lens module; a second camera lens module located opposite to the first camera lens module; and a printed circuit board interposed between and electrically connected to the first and second camera lens modules to apply an image signal or image signals captured through the first and second camera lens modules to a main body of the mobile terminal.

A data acquisition and retrieval system (11) for fishing. Input means (37) are provided for inputting: (i) geographical positioning data indicating the geographical position of a point for fishing in substantially real-time relative to a region: (ii) weather data indicating the prevailing weather conditions applying to the geographical position of the point in the region; (iii) fish data characterising the fish located at or obtained at the point; (iv) time data specifying the date, time or season corresponding to the real-time at the point; and (v) water condition data of the prevailing environment at the point. A database (60) is provided for storing the data input by the input means (35) relative to the geographical position of the point and linking the data to any previous data stored for the particular geographical position of the point. A graphical user interface accesses the linked data of the database and outputs it in an appropriate medium, usually a display that presents an image pane (141), for interpreting by a user of the system. The system is particularly suited to lobster or prawn fishing in the ocean and can be used to predict where to fish. A method for fishing based on the system is also described.

Radio-controlled fishing apparatus is provided including a hand-held radio signal generator which is integrally formed with a telescoping fishing rod. A fishing line extends from the rod to a miniature boat which includes a radio signal receiver and an electric motor which drives a propeller. The method of use includes guiding the boat to a suitable fishing location or along a trolling route by the radio signal generator whereupon a fish striking the attached bait can be manually reeled in, along with the boat. A slip attachment connected to the fishing line allows the line to quickly release from the boat thereby freeing the line as the fish is played, but allowing the boat to be simultaneously returned to the operator with the fish.

A system for adjusting a deflector in a seismic survey comprises a generally upright deflector body and at least one bridle connected to a seismic cable. The bridle includes an upper segment secured to an upper connection point on the deflector body, and a lower segment coupled to a lower connection point on the deflector body. The upper bridle segment, lower bridle segment and deflector body define a geometry between themselves. This geometry is adjustable by at least one actuator so as to control the tilt angle of the deflector body

An automatically closing drop fishing net is provided for commercial fishing operations. The drop net assembly includes an upper float ring, a lower weight ring, and a net formed in a generally tubular configuration. The upper end of the net is attached to the float ring and the lower end of the net is attached to the weight ring. The drop net assembly has several torque lines that extend from locations on the float ring on the outside of the net to locations on the weight ring that are initially angularly offset at least one hundred eighty degrees relative to their points of attachment to the float ring. The torque lines are shorter than the vertical length that the net would assume in a stretched condition with the float ring buoyed upon the surface of a body of sea water and with the weight ring suspended therebeneath and held only by the structure of the net. As gravity pulls the weight ring downwardly from the float ring in the water, tension is exerted on the torque lines. This tension causes the weight ring to rotate relative to the float ring above it. The twisting of the weight ring also twists the net, thereby closing the lower portion of the net and changing its shape from a generally cylindrical configuration to a configuration of an upper inverted cone and a lower, upright cone. Fish are entrapped within the upper, inverted conical portion of the drop net assembly once it has been deployed.

The present invention broadly comprises an electronic fishing lure, including a programmable microcontroller, a digital switch to control said microcontroller, a constant current, constant voltage recharge circuit with a lithium-ion rechargeable battery, a plurality of light-emitting diodes (LEDs), and an audio output device. The LEDs and audio device are connected to the microcontroller and the microcontroller activates the lights and audio device according to a software program stored in the microcontroller.

A flexible fishing lure is provided that includes a outer shape having a transverse opening for receiving a plurality of alternatively formed lure fin members allowing a user to change the action of a lure by fin selection without replacing the lure. Multiple internal channels within the lure are adaptively provided for receiving a variety of scent sticks, sound generators, light generators, flavor generating means. Flow internal channels extend from a front opening to gill openings allowing a water flow along an inserted scent or flavor stick member to pass through the lure body and exit proximate fin, nair, belly, or other locations simulating an injured or wounded fish leaking bodily fluids or blood. Other features to simulate wounded features. Replacement fins and weighting constructions allow a user to tailor a weight and action enabling a circling or injured motion during retrieval. The lure includes a flexible holographic-type attractive film and physical shape having a level-maintaining physical shape.

Artificial foliage is described for use in camouflaging underwater structures, and / or for serving as cover vegetation which attracts aquatic life. A preferred version of the artificial foliage includes an elongated stem having shoots (e.g., leaves and / or branches) extending therefrom, a ballast weight connected to one of the stem ends, and a float and / or tensioning line connected to the opposite stem end for supporting the stem at least partially upright in the water above the ballast. The ballast may take a variety of forms, such as a conventional fishing sinker, sinkable structures such as bait traps or anchors, or an underwater camera.

A bird decoy and method for providing simulated wing motion, or enhancing the appearance of motion of a simulated wing, and comprising a wing simulating structure for simulating wings of a flying bird, the wing simulating structure mounted to a support base for holding the wing simulating structure positioned with an upper surface thereof facing upward at least some of the time. Included is an electrical power source operatively connected for powering an electric illuminant, the illuminant preferably being multiple LEDs positioned to illuminate the upper surface of the wing simulating structure. The electric illuminant further operatively connected to automatic switching circuitry for switching the illuminant cyclically On and then Off in illumination upon the upper surface of the wing simulating structure, thereby providing a cyclical lighter then darker appearance, whereby the bird decoy visually simulates wing motion. The support base preferably includes a duck or goose shaped decoy. Various aspects to be remotely controlled are described.

The device includes a screen cleaning brush with multiple fibers or cleaning fingers made from a flexible material with a hook and barb shape. The hook is designed to trap the screen strand as it passes and rotates on a flexible arm to clean the adjacent and opposite side of the strand and then flexes to release the strand. The instant invention has a unique propulsion system and navigation system that enables automatic navigation of the cleaning apparatus on the screen of the aquaculture cage. Alternative the screen cleaning can be performed with a frame having fins to assist in the directional placement of the cleaning fingers against a submersed screen.

A system for adjusting a deflector in a seismic survey comprises a generally upright deflector body and at least one bridle connected to a seismic cable. The bridle includes an upper segment secured to an upper connection point on the deflector body, and a lower segment coupled to a lower connection point on the deflector body. The upper bridle segment, lower bridle segment and deflector body define a geometry between themselves. This geometry is adjustable by at least one actuator so as to control the tilt angle of the deflector body.

A fishing pole has a hollow handle and a hollow rod with their interior chambers in communication with each other. The hollow handle can receive an independent light source and also houses a concave reflector. The hollow rod contains a plastic optical fiber which extends along the length of the hollow rod and extends into the hollow handle through the concave reflector. The hollow rod has at least some portions that are translucent. The plastic optical fiber is scuffed on its end where it protrudes through the concave reflector and also in sections within the hollow rod. An independent light source inserted into the hollow handle is directed toward the concave reflector and light is directed into the plastic optical fiber, transmitted to the hollow rod, and diffused out into the hollow rod and then outside. The plastic optical fiber also rattles when the rod is moved.

Generally, a method and apparatus for the automated acquisition of information related to fishing is provided. In one embodiment, a data acquisition system is provided comprising a memory, a processor coupled to the memory, a communication port for coupling to a vessel navigation system and a switch, which when actuated, causes information retrieved from the vessel navigation system to be stored in memory. The information, which includes attributes associated with the event, may be recall for viewing and analysis. The information may also be exported from the data acquisition system to a remotely stored database.

A fishing lure including a printed circuit board (PCB), a frame coupled to the PCB, and a foam body formed within the frame, wherein the foam body substantially surrounds the PCB. Different polycarbonate outer shells may be attached the frame to alter the appearance of the lure.

A contactor for electronic parts can provide an appropriate and uniform contact with respect to a plurality of electrode terminals in an electronic part such as an IC. Each of a plurality of contact members has a first contact portion on one end thereof and a second contact portion on the other end thereof, the first contract portion having a recessed portion that receives one of the electrode terminals of the electronic part. A base accommodates and supports the plurality of the contact members. The first contact portion is movable in a horizontal direction.

A landing net having a net member attached to a connecting member that is attached to a handle. The connecting member has at least two locking rings and a receiver attached to each locking ring. Each locking ring has a bushing attached to an inner surface of the ring. The receivers have a non-circular shape and extend parallel to a central axis of the rings.

The invention relates to the field of fishing gears, in particular to an anti-ageing fishing net. The high-quality fishing net comprises the following production raw materials: epoxy resin, nitrile butadiene rubber, low-density polyethylene, a polypropylene compatilizer, holmium oxide, polyolefin, zinc oxide, a plasticizer and a wetting agent. According to the high-quality fishing net provided by the invention, the tensile strength of the fishing net can be improved through use of the polypropylene compatilizer and the holmium oxide in the materials; the quality of the fishing net in the using process is enhanced; meanwhile, the tensioning degree and the quality of the fishing net can be improved by adding the plasticizer and the wetting agent to the materials; and the pollution of the fishing net to river water in operation is reduced.

Disclosed is an anti-stain coating composition which enables to form a stain-proof coating film that can impart excellent slime resistance, and in which the re-crystallization of an anti-stain agent in the coating can be prevented. The anti-stain coating composition is characterized by comprising a coating film-forming resin (A) and the following anti-stain agents (B) and (C): (B) an inorganic copper-containing anti-stain agent (e.g., copper suboxide); and (C) N,N'-dimethyl-N'-tolyl-(N-fluorodichloromethylthio)- sulfamide. The anti-stain agent (B) is preferably contained at a ratio of 60 to 1000 parts by weight relative to 100 parts by weight of the coating film-forming resin (A). The anti-stain agent (C) is preferably contained at a ratio of 1.4 to 80 parts by weight relative to 100 parts by weight of the coating film-forming resin (A). The anti-stain agent (C) is preferably contained at a ratio of 0.1 to 100 parts by weight relative to 100 parts by weight of the anti-stain agent (B).

Fish-breeding apparatus (10), which comprises a frame, supporting one or a plurality of breeding cages (11) and provided with hollow buoyancy elements (17), and at least one device for controlling the buoyancy of the apparatus by filling, totally or partially, the buoyancy elements with water and emptying them of the water, totally or partially, whenever desired. The buoyancy elements are emptied of water by replacing the water with air. The buoyancy elements are such that when they are empty of water to a predetermined extent, the entire apparatus floats, even when it is fully charged. The frame has depending legs (17), so that even in its lowermost position the bottoms of the breeding cage will be spaced from the sea bed.

The present disclosure is directed towards determining, at sea, the respective weights of fish species that are part of a fish catch. By way of the present disclosure, images of a fish catch are taken using triangulation techniques involving stereo-photogrammetry. According to one embodiment, a method for estimating a total weight of a fish catch includes receiving a fish catch on a fishing vessel and capturing images of the fish catch. From the images, fishes are identified and the species to which the corresponding fishes belong are also identified. Using the images, lengths of the identified fishes as well as the total volume occupied by the fish catch are determined, which can be used to estimate the total weight of the fish catch.

The fish trap system includes an enclosure having a revolving trap door attached to a coned gate Gargoor. Still and video cameras are included in the enclosure to provide snapshot and moving pictures of fish caught in the trap. A buoy (float) is included, from which images of fish in the enclosure are relayed via digital link to the user on the Internet. Moreover, user-controlled electrical gates are provided to either retain a fish or release a fish by closing and opening the gates via the Internet connection. The video camera, being disposed in the trap housing, is movable and provides views of the area around the fish trap when submerging the trap until it reaches the ground in order to locate the right flooring for the fish trap. Aside from fishing purposes, the fish trap system may be used for experimental purposes.