276 results about "Fishing gaff" patented technology

The fishing rod holder is configured for ease of access to any of a series of rods stored in the device while still providing compact storage for the rods. A support strut extends from a permanently mounted base, with spaced apart rod holding plates installed on the strut. A connecting tube secures the two plates together rotationally about the strut. Each plate includes a series of rod holding passages therethrough, with the passages of one plate having peripheral slots for the lateral insertion of the rods. The slotted passages have resilient slotted discs placed therein to grip the rods placed therein. The device may be rotated to position any of the rods as desired for ease of removal, or to position an open pair of passages for the placement of a rod therein. The rotary plate and strut assembly may be removed from the base for secure storage when necessary.

A non-skin penetrative grasping means, preferably in the form of a plastic hook, extends outwardly from an openable case which fully encloses a fishing lure on its line, with the hook then being coupled to one of a reel of a fishing rod/pole combination and of an eyelet line guide thereon.

A hand held fishing gaff for manually engaging and lifting fish from water having a multi-position fish hook. The handle preferably has a straight main portion and a gripping portion which is arcuately shaped and extends away from a longitudinal axis of the straight portion. A fish hook is connected to the handle and is lockably positionable in a plurality of different rotationally aligned positions about the longitudinal axis. A fish hook detent interconnected between the handle and fish hook shank is selectively self-locking into one of a plurality of positional orientations of the fish hook. The device is preferably buoyant in water and the handle preferably has a uniform oval cross section to enhance gripability.

An improvement to a fishing pole is disclosed, the improvement including a multi-flex segment that separates a resilient rod of the fishing pole into lower and upper portions. Both the upper and lower portions are interconnected through the multi-flex segment. A rigid retractable sleeve is positionable in either a disengaged position away from the multi-flex segment or in an engaged position over the multi-flex segment. In the disengaged position, the sleeve is positioned so that it covers part of the lower section of the rod, but none of the multi-flex segment, thereby allowing the multi-flex segment to flex more freely during casting, for example. In its engaged position, however, the sleeve is positioned to cover the multi-flex segment completely, interconnecting in a rigid fashion the upper portion of the rod to the lower portion of the rod.

A rod grip that may rotate around a fishing rod shaft is disclosed The amount of rotation may vary, and the rod grip may be rotationally locked to the fishing rod, or some component thereof, when rotation of the rod grip is not desired. A fishing rod is also disclosed, having such a grip. A manufacturing method is disclosed for the manufacture of a rotatable rod grip and a fishing rod having such a grip. The grip may be retrofit onto existing fishing rods, whether or not they include an existing traditional grip. Lubricant, ball bearing, roller bearings and other approaches to relative movement may be used to facilitate the rotation of the disclosed grip.

An elastic cushion for enveloping the butt-end of a fishing rod. The cushion includes a unitary body having a cylindrical section at one end and a bulbous section at the opposite end. A central bore extends through the cushion. The central bore tapers from a large adjacent the one end to a second diameter located within the bulbous section to removably retain the rod in the central bore. An exterior surface of the bulbous section has a plurality of separate flutes for enhancing a frictional gripping of the bulbous section of the cushion body with the fisher-person's body and at least one of the flutes transitioning onto an exterior surface of the cylindrical section to enhance the frictional gripping of at least one hand of the fisher-person with the exterior surface of the cylindrical section.

The present invention relates to a foot operated fishing net tipping apparatus releasably attached to a fishing boat comprising: a boat-attaching portion, a net-holding portion, a lock portion, a foot pedal portion and connecting members. A conventional fishing net is therefore frictionally attached within an opening of the net-attaching portion, which rotably pivots atop the boat-attaching portion. A foot pedal is linked to the net-attaching portion as such to allow the pedal's motion to be transferred to the net-attaching portion. A fisherman can raise and lower the fishing net with one foot, thereby freeing both hands for the fishing rod.

The invention discloses an anti-fishing monitoring method based on a computer vision technology. The method comprises an information acquisition step, an information analysis step and a monitoring alarm step, the information acquisition step is to acquire a video through a camera, the information analysis step is to identify and analyze the video through a computer, and the monitoring alarm step is to display a result obtained in the information analysis step and give an alarm. Image recognition is carried out based on the computer vision technology, and positioning and comprehensive judgmentare carried out on the fishing rod, personnel and a water area, so that the phenomena that pedestrians mistake fishermen by mistake and the like are avoided, and the detection probability of fishing behaviors is improved.

The invention discloses an environment-friendly fishing rod painting device and process. The environment-friendly fishing rod painting device includes a worktable, fixing frames, a three-jaw chuck, arotating shaft, a first motor, a fishing rod polishing component, a fishing rod painting component, a hinge, a top cover, a recovery tank, and a paint injection port. The fixing frames are symmetrically welded to the outer walls of the two sides of the top of the worktable. The three-jaw chuck is rotatably mounted on the outer walls of the opposite middle parts of the fixing frames on both sides of the top of the worktable through a rotation shaft. The environment-friendly fishing rod painting device has relatively simple and compact structure and a high level of automation. The fishing rod polishing component can completely and uniformly polish the outer surface of the fishing rod by a polishing wheel, so that the later painting is more uniform. The fishing rod painting component can automatically paint the surface of the fishing rod. The fixed speed of each motor ensures the uniform painting, and improves the painting process of the fishing rod to ensure the painting quality of the fishing rod.

The invention relates to a method for realizing fishing behavior detection processing based on a codec structure. The method comprises the following steps: capturing a high-definition image from a video monitoring system at regular intervals, and carrying out nine-block segmentation and size normalization processing; inputting each block image into a target detection neural network to detect whether a portrait is contained or not; inputting the block image of the detected portrait into a semantic segmentation network of a coding and decoding structure to perform semantic segmentation detectionof the fishing rod; judging whether a block image detects a fishing rod subjected to pixel-level segmentation and is overlapped with a portrait detection frame or not; determining whether fishing behavior exists. The invention further relates to a semantic segmentation network system based on the codec structure. The method for realizing fishing behavior detection processing based on the codec structure and the corresponding semantic segmentation network system are adopted. According to the method, strong prior space information with a long-distance continuous shape can be propagated on neurons on the same layer of a high-level semantic network layer, the receptive field of a feature map is increased, and the capture of long-distance context information is further enhanced.

The invention relates to a remote control fishing boat comprising a boat body, a fishing line twisting device, a fishing rod placing-in-out device, a bait box, a positioning buoy recovering device, a power supply device and a wireless signal receiver. The boat body is provided with a boat rudder, a boat power device, a water pump, an electronic speed controller and propellers; the fishing line twisting device is formed by an electric speed changer, a coil wire disc, a coil wire disc housing and a forward-backward rotating steering engine; the fishing rod placing-in-out device is formed by a steering engine housing, a fishing rod lifting steering engine and a fishing rod socket; the bait box consists of a bait box and a bait box steering engine; a power output end of the bait box steering engine is provided with a steering engine arm; the steering engine arm is driven by the bait box steering engine to extend; the positioning buoy recovering device is formed by a buoy, a magnet, a supporting rod, a fishing line, a plumb bob and a space-bean; and the wireless signal receiver is powered by the power supply device. The remote control fishing boat is simply and rationally designed and has convenient operation; fishing mark points in a water area can be positioned via the positioning buoy; and fishing fun and rate can be improved.

The invention discloses a preparation method of a single-layer porous graphene enhanced carbon fiber fishing rod, and belongs to the technical field of high polymer materials. The preparation method is characterized by comprising the steps that expanded graphite is separated into graphene microfilm dispersible fluid at first, the graphene microfilm dispersible fluid is subjected to spray drying toform graphene microfilm powder, the powder is oxidized and subjected to microwave treatment in NMP dispersion fluid to prepare a single-layer porous graphene precursor, the precursor is activated through strong base, and single-layer porous graphene with many holes and the large hole diameter is obtained and compounded with carbon fiber to obtain a carbon fiber cloth material, and finally the material is cut and rolled to form the fishing rod. The carbon fiber can be easily wrapped by the single-layer porous graphene, an enough channel is provided for circulation of resin between the carbon fiber cloth, an organic whole with good continuity is formed between the graphene and the carbon fiber and between the carbon fiber, so that the stretching bending strength of the carbon fiber fishingrod is greatly improved, and the fishing weight of the fishing rod is remarkably improved.

The invention discloses an intelligent fishing rod and a using method thereof. The intelligent fishing rod comprises a fishing rod body, a pressure sensing module, a motor wind-up module, an environment sensing module, a data storage module, a central processing module, a data transmission module and a power source. The pressure sensing module, the motor wind-up module, the environment sensing module, the data storage module and the data transmission module are separately connected with the central processing module and the power source. Fishing can be conducted through the intelligent fishingrod, the fishing success rate and efficiency are improved, fishing related data are integrated and uploaded, and unified management, sharing and scientific research are facilitated.

The invention provides a machine learning method based on an intelligent fishing rod, a terminal and a computer storage medium, and the method comprises the steps of building fish databases corresponding to different fishing scenes, increasing the robustness of the fish databases, building a machine learning fish image data classification model based on an expanded training data set, selecting the fishing scene in a fishing process, acquiring water area scene information, acquiring fish target information, and identifying a fish target. According to the invention, the fish condition images in the water are stably and accurately obtained, and the fish condition images in the water are classified and identified; the function that the intelligent fishing rod can obtain the fish condition in water and can also judge the type of the fish in water is realized.

A fishing bait delivery system is disclosed. The system has a remotely controlled bait delivery vehicle, a fishing pole assembly, and a remote control for controlling bait delivery vehicle. The bait delivery vehicle has a fishing bait holder that holds a baited end of a fishing line until the baited end is released at a desired location. The fishing bait is secured to the fishing pole assembly via the fishing line. The fishing pole assembly is made up of a conventional fishing rod and reel. The fishing bait can be natural, living or deceased, or artificial. For live bait, the bait delivery vehicle can include a live bait well. In various embodiments the release of fishing bait may be automated. The system can use fish finding technology, wherein the bait delivery vehicle includes a fish finding sensor which transmits data to a fish finder viewer.

A device for intelligently controlling fishing with a fishing rod and a control method thereof. The control box is installed at the hand-held position on the fishing rod; the control device is installed in the control box and connected with an electric take-up device; the detection device includes a pressure sensor, a first photoelectric sensor, The second photoelectric sensor; the pressure sensor is installed in the guide ring of the fishing rod head and the pressure sensor is located on the upper side of the fishing rod during the use of the fishing rod, the first photoelectric sensor is installed between the control box installation and the fishing rod head, the second The photoelectric sensor is installed on the head of the fishing rod and the two photoelectric sensors are located at the lower side of the fishing rod; the pressure sensor, the first photoelectric sensor and the second photoelectric sensor are connected to the control device, and the control device is connected to the electric take-up device. The invention judges whether there is a fish hooked by the pressure signal detected by the pressure sensor, and automatically controls the electric take-up device to recover the fishing line when the fish is hooked, and detects the position of the fish through two photoelectric sensors, so as to slow down the speed of fishing line recovery And stop the control of retrieving fishing line.

The invention provides a fishing rod caddy to display, transport and support fishing rods. The caddy comprises an array of receivers carried by a frame, and each sized and shaped to receive a fishing rod. At least one leg is carried by the frame and is pivotal with respect to the frame between a retracted orientation adjacent the frame and a deployed orientation extending from the frame configured to orient the frame at an incline with respect to horizontal. An automatic deployment mechanism is carried by the frame and is operatively coupled to the at least one leg to automatically deploy the at least one leg to the deployed orientation.

A fishing rod scabbard has a plurality of segments connected in an end-to-end manner to achieve a desired length from a wide variety of scabbard length possibilities. Each segment has a similar cross-sectional geometry and a bumper connector that enables end-to-end engagement between adjacent segments. A sleeved, tubular ramped passageway in longitudinal axial alignment with the tubular passageways of adjacent segments allows safe storage and transport of a fishing rod having a reel, bait, hook, and tackle on the pole. When not in use, the segments telescope together and nest within each other in a proximal end assembly between the proximal end and the distal end. Each bumper connector provides an assembly to secure adjacent segments together and to hold the segments in place when the scabbard is not in use.