219 results about "Fish mouth" patented technology

The invention discloses a video-supporting remotely-controlled fishing biomimetic robotic fish with dual joints to which the power is supplied by coordinately swinging dual tail fins in an opening and closing way and coordinately swinging dual pectoral fins. The biomimetic robotic fish has the characteristics of high speed, flexible turning, high water resistance, high stability, support of fishing, long working time and support of video. The key technology of the biomimetic robotic fish is that: a gear shaft handle is used for pushing a U-shaped shaft arm actuating device, so that the swinging of the tail fins and the dual pectoral fins has the characteristics of continuousness, rapidness, stableness, high efficiency, strong force and the like; a bolt is used for driving a gear arm running device by rotating, so that fish body steering, closing of a fish mouth and receiving and releasing of a fish net can be realized, and rapidness, accuracy and firmness are realized; a dual-layer circular tube nipple joint is sleeved on an anti-water-seepage and inner cavity anti-water-seepage alarm device of a dual-layer rubber tube, so that a mechanism in the abdomen of the fish is ensured; an air pump and an air bag are combined skillfully and applied flexibility, so that the head of robotic fish rises upwards during floating and extends downwards during sinking, a biomimetic function is realized, and the flexibility and diving speed can be increased; and video and the remote control are integrated, so that the function of fishing real fishes with a biomimetic fish is realized.

A pump/flow guide is positioned in a gas turbine engine and attached to a transition duct to face a turbine disk. The pump/flow guide provides a smooth path for guiding purge flow to resist the ingestion of hot gas. One leg of the pump/flow guide extends radially outwardly and contacts the radially inner section of the transition duct that forms a “fish mouth.” Spaced tabs on the pump/flow guide receive bolts to secure the pump/flow guide to the transition duct. The pump/flow guide thus provides a relatively smooth flow passage for purge gas flow.

The invention belongs to the technical field of fish processing, and particularly relates to a process for processing fishes cleanly, which comprises the following steps of: stunning the fishes instantly, namely stunning live fishes by using rated voltage so as to allow the fishes to have heartbeat but lose memory or stunning the live fishes in a closed bag by using carbon dioxide; cutting fish gills off, namely allowing a knife to extend into the fish gills from water outlet edges of the fish gills on sides of fish cheeks to cut the fish gills on both sides off; performing bloodletting, namely hanging the fishes of which the fish gills are cut off in a mode of allowing fishtails to be upward and fish heads to be downward for bloodletting, so that fish blood flows out of fish mouths until the fish blood is discharged completely from fish gill cavities; washing, namely washing blood in fish mouth cavities cleanly by using pressurized water conveyed from the fish mouths, and washing dirt and mucus on surfaces of fish bodies cleanly; and drying, namely drying the water on the surfaces of the fish bodies by using a water absorption material. The process has the advantages that the fishes are stunned instantly, so the slaughter effect is good; the bloodletting is complete in a mode of cutting the fish gills off, so fish flesh is not polluted; and the fish bodies are hung upside down, the bloodletting is complete, and time and labor are saved, so the process is suitable for processing various fishes, particularly globefishes cleanly.

A tool kit for fishing is a multi-compartment case for use by fishermen. The case has a separate compartment for each of a plurality of tools. For example, in one embodiment the tool kit includes one each of long nose pliers, bolt cutters, fish mouth spreaders, and scissors for removing hooks from a captured fish, although the number and type of tools may vary. Each tool is separately tethered to the case by a lanyard to prevent loss of the tool. In some embodiments, the case has floatation material to provide buoyancy in order to prevent loss of the entire case of tools. The case may have a single lid closing over all the separate compartments, or the lid may be divided into individual closures for each compartment, the latter providing separate, relatively watertight compartments to improve buoyancy when only one tool is being used.

An introducer assembly includes a sheath and a dilator. A biodegradable shroud covers the distal portion of the introducer assembly on the surface of both the sheath and the dilator. The biodegradable shroud dissolves in blood after being exposed for a predetermined time. Afterwards, the dilator can be separated from the sheath without breaking the sheath. The shroud improves movement of the introducer assembly through a venous system by preventing body tissue from getting caught in the space between the dilator and the shroud, for example should a “fish mouth” separation occur between them.

The invention belongs to the technical field of insect trap tools, and particularly relates to an anti-escape device of a flying insect trap. The invention discloses the anti-escape device of the flying insect trap, which comprises an anti-escape box body. An air inlet is provided at the top end of the anti-escape box body, an inverted-V shaped fish mouth type air direction converting device is provided in the anti-escape box body and under the air inlet, and an air outlet is provided on two sides of the anti-escape box body corresponding to the fish mouth type air direction converting device, and a movable anti-escape door capable of plugging up the air outlet is arranged on the anti-escape box body. The inventive anti-escape device can completely solve the defects of poor anti-escape effects of anti-escape devices such as funnel type and offset axis type anti-escape door (rocker plate type) and turnover plate type anti-escape plate.

The invention provides a rapid-slow flow smooth transition flow diversion system for a riverway intersection area. The structure of the rapid-slow flow smooth transition flow diversion system for the riverway intersection area is as follows: a hydraulic jump energy dissipation section is arranged on a rapid flow channel in front of intersection of two channels, and a streamline channel wall is arranged between the hydraulic jump energy dissipation section on the rapid flow channel and a slow flow channel; a jet flow control structure is composed of a fish mouth and a flow diversion wall, wherein the flow diversion wall is arranged at the top end of the fish mouth and is parallel with the slow flow channel; the fish mouth is arranged at an intersection point of the connection of the streamline channel wall and the slow flow channel and extends toward a slow flow channel center and extends to a stable flow diversion channel. The rapid-slow flow smooth transition flow diversion system for the riverway intersection area has the advantages that the phenomenon that large standing waves are formed when rapid flow directly enters the slow flow channel can be avoided, and channel flood discharge is benefited; the direction of the flow of the rapid flow channel can be changed stably, and the form of a flow line is changed smoothly; flow separation and vortexes are weakened and even eliminated, and the actual flow discharge area is increased; the jet flow control structure effectively lowers the water level of an affluxion mouth; the channel design flood discharge flow quantity is guaranteed, and the water level of the affluxion mouth is effectively controlled; and the rapid-slow flow smooth transition flow diversion system for the riverway intersection area is beneficial to popularization in a large area in areas with limited land and in city flood-prevention projects, and the expropriation of the land is greatly reduced.

The invention relates to a tightly sleeved optical cable and a mold thereof. The optical cable comprises an outer sheath, a reinforcing piece, an optical fiber, an inner sheath and at least two copper wires, wherein the inner sheath is sleeved inside the outer sheath, the optical fiber is arranged in the inner sheath, the reinforcing piece is arranged between the outer sheath and the tightly sleeved optical fiber, and the copper wires are uniformly distributed on the inner circumference of the outer sheath. The tightly sleeved optical cable and the mold have the advantages that the optical cable can carry out intelligent node positioning, and maintenance expenses are reduced; compared with indoor optical cable used conventionally, stress in bending is uniform; tensile strength is good; and the mold adopts a fish mouth type eye mold, production quality can be well guaranteed, fiber cut easily produced in the production process is avoided, and the two copper wires are effectively positioned.

The invention provides a fish mouth sealing structure between a turbine rotor and stator of a gas turbine. The fish mouth sealing structure is formed by a turbine guider inner ring outlet mounting edge, a turbine rotor inner ring front edge wall face and an auxiliary fish mouth sealing conic barrel in a cooperation manner. The turbine guider inner ring outlet mounting edge is a simple annular flatplate, and bosses are circumferentially and evenly distributed on one side of the turbine guider inner ring outlet mounting edge. A vertical ring plate and a horizontal ring plate are arranged on themaximum radius portion of the auxiliary fish mouth sealing conic barrel, grooves are formed in the vertical ring plate to cooperate with the bosses of the turbine guider inner ring outlet mounting edge, a turbine guider is prevented from rotating circumferentially, and the minimum radius portion of the auxiliary fish mouth sealing conic barrel is fixed to a static component through a bolt. High-pressure sealing air flows out to a main channel through the fish mouth sealing structure, and high-temperature gas is prevented from intruding inside. By means of the sealing structure, the sealing effect between the high-pressure turbine rotor and guider is improved, the processing difficulty of the sealing structure is reduced, heat stress of an inner ring rear mounting edge of the high-pressureturbine guider is also reduced, and therefore the performance and competitive power of an engine are improved.

The invention discloses a fishing floater which comprises a floater body with a long hole in the middle. A hollow fixing rod runs through the long hole, a clamping plate is hinged to one end of the fixing rod, a clamping groove is formed between the clamping plate and the fixing rod, a clamping block is clamped to the interior of the clamping groove, a rope body penetrates through the clamping block, one end of the rope body penetrates through the clamping plate and is provided with a fish hook, and the other end of the rope body is connected with an elastic piece for driving the rope body tomove towards the top of the floater body. The fishing floater has the advantages that a fish mouth can be hooked automatically by the fishing floater when fish bites the hook, a fisherman does not need to pay attention to the floater all the time, and consumed energy of the fisherman is reduced.

The invention relates to the field of animal specimen making, and provides a method for fast copying a fish head model, wherein the method includes the following steps: (1) rinsing a fish head with clear water, then rinsing with deionized water, drying, then coating the surface of the fish head with a brightener and a demoulding agent; (2) finalizing a design and adjusting the opening size of a fish mouth to a copying posture, and filling the fish mouth with an impression material; (3) stuffing the fish head into the impression material, allowing to stand until completely solidifying, and thusobtaining an original female mold; (4) after wind drying, rotating to take out the female mold, rinsing with clear water, drying, then carrying out mold cavity correction on the female mold, and coating the interior of the mold cavity with a brightener and a demoulding agent; (5) adjusting and preparing a casting material, and slowly pouring the casting material into the female mold at a high place at uniform velocity; and (6) after completely solidifying, opening the mold, taking out the fish head model, demoulding, cleaning and repairing. The method has the advantages that the fish head canbe quickly copied, the effect is more realistic and practical, the maneuverability is high, and the method is easily applied to production of a fish peeling specimen.

The invention creates a four-paw multi-functional fully automatic fishhook which is never unhooked, and relates to the field of fishing gears. Four hooks are identical in size, integrated in one body without barbs, and extend to four sides. The four-paw elastic fishhook body and a mobile bar 8 are made by connecting a mobile bar integral circular ring 11 and a fishhook body integral circular ring 7. The four-paw elastic fishhook body is made by crisscrossing four elastic fishhooks to form a petal shape. The four fishhooks are combined together. Pushing the mobile bar 8 upward can load baits for fishing. After the fishhook is bitten by a fish, the four-paw elastic fishhook body bounces outward simultaneously, and the mobile bar 8 falls. At the same time the fishhook braces open the fish mouth in four directions simultaneously, the fish mouth cannot shut, thus making the fish difficult to escape the fishhook. When the mobile bar integral circular ring 11 is placed on the positions such as a hook neck 3, a bracing assistance inclined slope 4, a hook stem 5 and a hook tail 6, the size of a hook mouth can be willingly adjusted from small to big. The fishhook achieves the automatic fishing, zero unhooking possibility and multi-functionality. The fishhook has the advantages of being novel in design, ingenious in creativity, strong in practicality, and easy to promote and publicize.

The invention belongs to the field of fish-imitated underwater robots, and specifically relates to a fishing device of a fish-imitated inhaled sea cucumber fishing robot. The device includes a fish mouth, gills, a throat part and a fish head shell. Opening and closing of the fish mouth is achieved by the fact that a steering engine drives a roller to rotate and drives a lever support fixed on a cabin door of the fish mouth to move; movement of the gills is achieved by the fact that the steering engine drives the roller to rotate around a shaft and thus drives lever supports fixed on the gill covers to move, and installation of one-way thin films at the gill covers make sea cucumbers not enter a fish head through the gills; the throat serving as the connection part of the fish head and a fish belly is designed into a frame, and silicone films from thin to thick are designed around the frame to form a one-way valve which prevents sea water backstreaming when the gill covers are open; thefish head shell is divided into a fish head upper cover and a fish head lower cover and designed into a streamline so as to reduce resistance. The device is simple in structure, low in cost, high inpracticability and high in reliability, and has remarkable effects in fishing sea cucumber and broad application prospects.

The invention provides a fishing rod with anesthesia, which can be used for automatically spraying anesthetic solutions into fish mouths. The fishing rod comprises a fishing rod body, a solution pressing device, a hollow fishing line, a hollow fishhook, an elbow and a float, wherein a solution injecting device comprises a casing, a piston, a piston rod, a big spring, a small spring, steel balls, a sealing ring and the anesthetic solutions; the tip end of the fishing rod is connected with the elbow, and the handle end of the fishing rod is connected with the solution pressing device; the sealing ring, the anesthetic solutions, the big spring, the piston, the piston rod, the small spring and the steel balls are arranged in the casing; two holes are formed in the external circle of the piston in the symmetric positions, and the small spring and the steel balls are mounted in the holes; a hemispheric groove is formed in an inner hole of the casing, one halves of the steel balls are mounted in an external circle hole of the piston, and the other halves of the steel balls are mounted in the hemispheric groove of the inner hole of the casing; the big spring is mounted behind the piston, the piston rod penetrates through the sealing ring to be exposed, a long hole is formed in the center of the piston rod, one end of the long hole is communicated with the anesthetic solutions, one end of the hollow fishing line penetrates through the elbow to be bonded with the other end of the long hole of the piston rod, the other end of the hollow fishing line is bonded with the hollow fishhook, and the float is mounted on the hollow fishing line. For the fishing rod with the anesthesia, when a big fish is hooked, the anesthetic solutions can be automatically sprayed into the fish mouth to anesthetize the fish, and the fish can be easily pulled to the shore.

The invention discloses a fish controller with a touch control locking mechanism, and relates to the field of fishing gear articles. The fish controller with the touch control locking mechanism comprises a base, wherein the front end of the base is provided with a left clamping jaw and a right clamping jaw, wherein the left clamping jaw and the right clamping jaw are matched with each other; a locking piece for locking the trigger position when the left and right jaws are kept open is also movably connected in the base; the base is also connected with a trigger piece which is used for automatically triggering the locking piece to act after the left clamping jaw or the right clamping jaw extends into a fish mouth so as to drive the left clamping jaw and the right clamping jaw to close. Whenthe fish controller is in use, the trigger is pulled or pushed, so that the left clamping jaw and the right clamping jaw are opened, meanwhile, the position of a wrench is locked by the locking piece, so that the left clamping jaw and the right clamping jaw are kept in an opened state, thereby greatly reducing the operation fatigue caused by long-time pulling of the trigger by an operator. According to the design of the trigger, the matched left clamping jaw and the matched right clamping jaw can be automatically locked, so that the fish controller can be used conveniently and can take fish for a long distance.

The invention discloses an oral incubation fish ovum picking-up device and method. An insert tube arranged on the oral incubation fish ovum picking-up device is connected with an ovum collection cup. A fish mouth is opened by the insert tube, and water or seawater is flushed into the fish mouth through a flushing tube arranged on the insert tube, so that fertilized ova smoothly flow out and collected by the ovum collection cup, and a convenience and integrity of ovum picking-up are ensured; a fixing device is adopted for fixing parent fish, so that operation is easy, convenient and efficient, the phenomena that fish bodies are not fixed firmly when fixed directly by hands and follow-up ovum picking-up is affected are avoided, and the working efficiency and working quality are improved. The oral incubation fish ovum picking-up device is applicable to the field of aquaculture.

The invention relates to a medical device, which provides a super-compliant nickel-titanium alloy vascular stent, which includes a plurality of stent units sequentially connected along the axial direction, and each of the stent units is sequentially formed in a sinusoidal manner along the circumferential direction structure, and the stent units at both ends of the vascular stent adopt a peak-to-peak structure, and the middle stent unit adopts a peak-to-trough structure, so that both ends of the stent have compliance, and there is a connection between two adjacent stent units, While ensuring the flexibility of the stent without losing its radial support force, the "fish mouth" effect when the stent is bent is effectively reduced.

The invention discloses a control system of a bionic intelligent robotic fish. The control system comprises a top control system, a primary control system and a secondary control system. The top control system comprises the primary control system, and the primary control system comprises the secondary control system. The secondary control system comprises such major function modules as an infrared perception barrier avoiding function module, a water pressure test function module, a fish tail swing control function module and the like. The primary control system, apart from all the function modules of the secondary control system, is also provided with a fish eye control function module, a fish mouth control function module and a power supply management function module. The top control system, apart from all the function modules of the primary control system and the secondary control system, also comprises such terminal control devices as a personal computer, a mobile phone control device and the like. The secondary control system is a backup emergency system, when the primary control system loses control of the biotic intelligent robotic fish due to occurrence of errors or situations beyond specified operation, the secondary control system is started, and thus the stability and the safety performance of the control system of the bionic intelligent robotic fish are improved.

The invention belongs to the technical field of insect trap appliances, and particularly relates to a winged insect trap. The winged insect trap comprises a frame body, wherein an inducing light source is arranged at the upper part of the frame body; a transparent baffle is arranged at the periphery of the inducing light source; an escape prevention box body is arranged on the frame body and below the inducing light source; a fan is arranged at an upper-end opening of the escape prevention box body; a fish mouth type wind direction conversion device is arranged in the escape prevention box body and below the fan; movable escape prevention doors are arranged on the escape prevention box body and at two sides corresponding to the fish mouth type wind direction conversion device; an insect collection chamber is arranged outside the escape prevention box body; and the insect collection chamber is communicated with the escape prevention box body through the movable escape prevention doors. According to the winged insect trap, the trapped insects are prevented from escaping from the trap, so that the insect killing efficiency is improved.