75 results about "Flying fish" patented technology

A fly-fishing reel has a reel body with a reversible pawl and an arbor. A spindle shaft with a gear rotates on the arbor, the gear and pawl limiting the direction of rotation. A spool and lockably engaged drive plate rotate on the spindle shaft and are secured thereon by a drag capsule which attaches to the spindle shaft. Tightening the drag capsule on the spindle shaft forcibly engages friction surfaces on the spindle shaft, the spool, the drive plate, and the drag capsule to provide an adjustable dual disk drag mechanism, as well as securing the drive plate and spool together. The spool can be readily replaced with a different spool and the spools are preferably reversible on the spindle shaft. A winding handle is attached to the drive plate to provide direct-drive action, or is attached to the drag capsule to provide a non-return action.

Provided is a cross-medium aircraft with a changeable shape like a flying fish. A pair of machine wings (2) are movably installed on the two sides of the middle of a machine body (1) respectively. A pair of duck wings (3) are installed below the middle rear portion of the machine body (1). The machine wings (2) and the duck wings (3) can rotate around rotating shafts to change the tapping angle. A flap and an aileron are distributed on the inner side and the outer side of each machine wing (2) respectively. An air-propulsion foldable spiral paddle (4) is installed at the head portion of the machine body (1). A V-shaped tail wing (5) is arranged at the middle rear section of the machine body (1). An underwater-propulsion spiral paddle (6) is installed at the tail portion of the machine body (1). A rectifying cover (7) is arranged at the lower middle portion of the head of the machine body (1). The cross-medium aircraft has the advantages that the air-water dynamic layout of two different media including air and water and the light pressure-resistant shape-changeable structure are taken into consideration, multi-mode control and water sealing can be easily achieved, and the various military and civilian requirements can be met.

A fishing line strike indicator and improved hook setter. This device utilizing a body having a hole there through for allowing a fishing line to be inserted and affixed thereto. A water deflector extends from this body and faces the attached lure. When a fish strikes the lure attached to the fishing line attached to the strike indicator, the strike indicator, as it is pulled through the water by the fish pulling the line attached to the lure or by the current of the water, offers resistance in the water thereby increasing the chances that hook will be automatically set in the fish's mouth.

The invention discloses a flying-fish-roe soy sauce chicken cutlet, which relates to the technical field of food processing. The flying-fish-roe soy sauce chicken cutlet is prepared by adding cheese and flying fish roes into a pickled chicken cutlet and then frying the pickled chicken cutlet with the cheese and the flying fish roes in oil. The flying-fish-roe soy sauce chicken cutlet has the beneficial effects that the flying fish roes and the cheese are added into the chicken cutlet, so that the nutritious value is added; before being fried, the chicken cutlet is pickled by seasonings, so that the chicken cutlet is tasty; the fried chicken cutlet tastes crispy outside and soft inside and is delicious; and the flying fish roes have the characteristics of hard kernels, people make squeak sounds when eating the flying-fish-roe soy sauce chicken cutlet which is cooked or not cooked, and therefore, the interestingness of the flying-fish-roe soy sauce chicken cutlet is greatly improved.

An article of clothing with three-dimensional, molded pockets. Preferably, the molded pockets are constructed of a fabric/foam laminate that has been heat/compression molded. In a preferred embodiment, the molded pockets find utility in the containment of fly boxes and other accessories used in fly fishing. A method of manufacturing a garment with three-dimensional, molded pockets.

The invention provides a flying fish imitating retractable glide wing robot, comprising a robot body, wherein a motor, a screw rod, a slider, a slide way, a divisional bulkhead and a biaxial steeringgear are arranged in the robot body, frames and glide wings, connecting rods and parallel wings are symmetrically arranged on both sides of the robot body, and a power capsule is arranged at the rearend of the robot body; a through hole in the center of the slider exists on the slide way, the screw rod passes through the through hole of the slider and one end of the screw rod is connected with the motor, the other end is connected with the divisional bulkhead; and one ends of the connecting rods are connected with the frames, the other ends are connected with the slider, and the parallel wings are arranged at the rear end of the robot body and connected with the biaxial steering gear. The flying fish imitating retractable glide wing design provided by the invention has retractable front glide wings which is conducive to movement of a robot in water and in air and realizes imitation of a flying fish; a rear pair of balance wings are used for posture adjustment in air glide state; and the functioning of the two pairs of wings mainly depends on a mechanical mechanism, which enjoys an accurate positioning and a quick response.

A large arbor anti-reverse fly fishing reel provides by its handle a convenient variable drug control up to a present drag force. The drag knob is preferably designed as a four-vane propeller knob being arranged within a handle depression extending inside the spool. By means of a bayonet coupling, which also serves as a variable drag control device, the handle can be securely attached to the reel thereby locking the spool. The spool can be provided with omega-like perforations for a maximum stability, lightness and ventilation, said ventilation being optionally enhanced by an air turbine formed by said perforation and a portion of the frame and/or a portion of the handle extending inside the spool.

The invention discloses a stuffed fish roe sausage. The stuffed fish roe sausage is prepared from a pulp wrapper and stuffing, and is characterized in that the pulp wrapper is prepared from the following raw materials in parts by weight: 50 to 60 parts of grade AA freshwater fish millet, 3 to 7 parts of potato starch, 0.1 to 0.2 part of a moisture retention agent, 0.1 to 0.2 part of glutamine transaminase, 1 to 3 parts of table salt, 20 to 24 parts of white granulated sugar, 0.4 to 0.8 part of monosodium glutamate, 0.002 to 0.008 part of ethyl maltol, 1 to 3 parts of fresh egg white, 1 to 3 parts of fat meat and 6 to 7 parts of ice water; the stuffing is prepared from the following raw materials in parts by weight: 8 to 12 parts of flying fish roe, 3 to 7 parts of potato starch, 0.1 to 0.2 part of glutamine transaminase, 2 to 3 parts of table salt, 1 to 3 parts of white granulated sugar, 0.4 to 0.8 part of monosodium glutamate, 0.005 to 0.015 part of ethyl maltol, 1 to 3 parts of fat meat, 1 to 3 parts of fresh yolk, 0.2 to 0.4 part of fresh garlic, 0.2 to 0.4 part of carrot and 6 to 7 parts of the ice water. The stuffed fish roe sausage provided by the invention has the characteristics of having low fat, much protein, high nutrients and delicious taste, being pure natural and being easy to absorb and the like, caters for living habits and taste requirements of modern people and meets healthy and rapid-pace life of modern people.

Terminal fishing tackle, such as lines, leaders bait, lures, nymphs, streamers, zonkers, muddlers and/or flies, made from natural and/or synthetic fibres and coated with one or more uniform nano-thin, pin hole free metal oxide layers. More particularly, the terminal fishing tackle has fibres that are coated with one or more nano-composite reinforcing layers of metal oxides that convey hydrophobic, hydrophilic, super hydrophilic, water sealant, waterproof, photocatalytic, UV-protecting, anti-microbial, and/or anti-fouling properties, wherein said coatings are gained by using atomic layer deposition techniques on said tackle. In a preferred embodiment, said coating is selected from Carbon, Gold, Palladium, TiO₂, SiO₂ and Al₂O₃ or combinations thereof.

The invention relates to an unmanned aerial vehicle flight track planning method based on a flying fish algorithm and belongs to the field of unmanned aerial vehicle flight control. The method comprises the steps of establishing an unmanned aerial vehicle flight motion model and designing a spherical coordinate system motion attitude vector; establishing a flight track evaluation function throughutilization of an efficiency value of a detection probability and an unmanned aerial vehicle reward and punishment mechanism, discretizing continuous flight actions of an unmanned aerial vehicle, andoptimizing a flight track evaluation function value at each moment by taking time as an interval through utilization of the flying fish algorithm; updating a flying fish population, carrying out iteration through combination of a population flight optimization thought, and generating the optimum action attitude at each moment when iteration optimization operation reaches the maximum iteration times; and controlling the unmanned aerial vehicle according to the optimum action attitude data, and generating an effective and reliable unmanned aerial vehicle flight track. According to the method, through combination of the flying fish algorithm, through utilization of population flight foraging optimization and an interaction platform, global searching capability of the flight track planning method is improved. The method is simple in model, rapid in convergence speed, high in accuracy and high in reliability and is applicable to flight tasks under different occasions.

The invention relates to a vacuum freeze drying method for flying fish roe, which relates to a freeze drying method for an aquatic product. The vacuum freeze drying method comprises the following steps of: pretreatment: washing and drying the flying fish roe after impurities on the flying fish roe are cleared, and entering a next step; freezing: delivering the dried flying fish roe into a ultra-low-temperature freezing room to be frozen rapidly, and entering a next step; and vacuum freeze drying: delivering the flying fish roe after being frozen into blocks into a vacuum freeze drying box to be dehydrated so as to acquire the flying fish roe after being vacuum freeze dried. The flying fish roe is dehydrated by a vacuum freeze drying machine through a radiation-type cold-heat exchanging method, the dehydrating rate reaches 75 percent, i.e. four tons of fresh products are dehydrated into one ton of dry products, so that the transportation cost and the storage expense can be greatly reduced, and the refreshing time can be prolonged from 5h to 2 years. When the flying fish roe is rehydrated two years later, original natural appearance shape of the flying fish roe can be maintained, granules are complete, original flavor is still reserved, and the rehydration rate can reach four times, i.e. one ton of dry products can be rehydrated to 4 tons of fresh products. According to the vacuum freeze drying method, not only is freshness maintained, but also the nutrients are reserved.

The invention relates to a multifunctional flying fish used in water, land and sky. The multifunctional flying fish comprises a casing, driving type wheels, lifting force propellers, a horizontal thrust propeller, foldable flapping wings, wherein a power system is arranged in a vehicle body, and the driving type wheels, the lifting force propellers, the horizontal thrust propeller and the foldable flapping wings are connected with the power system by system pipes. When running on land, the multifunctional flying fish used in water, land and air is driven by the driving type wheels to run on the road surface, and the horizontal thrust propeller at the rear part provides power. When flying in the sky, the lifting force propellers provide a vertical lifting force to overcome the self-gravity of the multifunctional flying fish used in water, land and air, the horizontal thrust propeller at the rear part provides a horizontal thrust, and the foldable flapping wings are unfolded and flap up and down so as to provide horizontal and vertical auxiliary thrusts. When navigating on the water surface, the lifting force propellers provide a vertical lifting force to overcome the self-gravity, and the horizontal thrust propeller at the rear part provides a horizontal thrust. The carrying tool can run in water, land and sky, and has good travelling capability.

A leader for use in fly fishing is disclosed. The leader is connected between a fly line and a tippet section. In one embodiment, the leader includes a first section of wire connected to the fly line and a second section of polymeric monofilament. The section of wire can be a shape memory alloy or a superelastic alloy. Nitinol is a preferred alloy for use in the wire section of the leader. The section of wire is attached to the second section of polymeric monofilament. One of more sections of wire can be used in the leader. Each of the sections of wire can be tapered. Additionally, one or more sections of polymeric monofilament can be used in the leader. In another embodiment of the present invention, a single section or multiple sections of wire, preferably shape memory alloy wire or superelastic alloy wire, can be used. The wire leader is able to store mechanical energy generated by the cast allowing the leader to function as intended with greater frequency.

The invention relates to a rechargeable robotic fish which shares a drive and power generation device. The drive or power generation device is used for making a dorsal fin or a fish body generate the traveling wave motion. The front end of the dorsal fin or the fish body is connected with the drive device. In the propelling process, the drive device is driven by a motor, the dorsal fin or the fish body conducts the traveling wave motion and acts on water or air, and thrust is obtained. In the power generation process, flowing water or wind acts on the dorsal fin or the fish body, transmission mechanisms on corresponding joints of the dorsal fin or the fish body are driven, the dorsal fin or the fish body conducts the traveling wave motion, and therefore the drive or power generation device conducts power generation and charging. The rechargeable robotic fish can be automatically charged in a flowing water area, and therefore the robotic fish can be truly used for the aspects such as complex and dangerous underwater environment operation, military reconnaissance, underwater salvage, marine organism observation and archaeology. In the windy environment, the rechargeable robotic fish out of water can be charged similarly.