Abstract: A spring actuated weedless fishing lure increases the chances of successfully catching a fish without entangling a hook on plant material. A weedless guard system prevents the hook from catching on weeds and compresses a spring to hold the spring and hook in a retracted position. When a fish strikes, the weedless guard system is released allowing the spring to expand and push the hook in a longitudinal direction to an expanded position away from other parts of the lure. This expanded position provides a greater area for the fish's mouth to engage with the hook without interference from other parts of the lure. The expanded position also allows the hooks to embed closer to the front of a fish's mouth and reduces the risk of the fish swallowing the whole lure.

Abstract: A pivoting fishing jig is provided. The device includes a jig body having an upper section and a lower section, wherein the upper section is pivotally affixed to the lower section at a first end of each of the upper section and the lower section. The jig body is selectively movable between an open position and a closed position. A first hook is affixed to a second end of the upper section. A connector is affixed to the first end of the lower section, wherein the connector is removably securable to a fishing line. In some embodiments, a notch is disposed along an interior surface of the lower section, wherein the notch is dimensioned to receive an interior edge of the upper section therein when the jig body is in the closed position.

Abstract: The movable tail on a fishing lure having a flexible caudal stalk basically comprises a pair of laterally opposing sides, a plurality of fin rays, upper and lower lobes, laterally projecting central drafts and upper and lower lips, and a rear surface. The fin rays extend rearwardly from the caudal stalk on each of the opposing sides of the tail. The upper and lower lobes are disposed rearwardly of the fin rays. The central drafts are disposed rearwardly of the fin rays on the opposing sides of the tail. The upper lips extend between the central draft and the upper lobe on the opposing sides, and the lower lips extend between the central drafts and the lower lobe on the opposing sides. The rear surface extends over an area defined by the upper and lower lobes, the central drafts, and the upper and lower lips.

Abstract: An elastomeric fishing lure is provided having a flexible body portion having first and second ends, wherein the body portion defines an axis extending along the centerline of the body portion. The elastomeric fishing lure has at least one elongate slot in the body portion, the at least one elongate slot defining first and second ends and a slot length extending therebetween, the at least one elongate slot defining a pair of opposed sidewalls, wherein the distance between the opposed sidewalls defines a slot width, the at least one elongate slot extending through the body portion along at least a portion of the slot length.

Abstract: A spinning blade mechanism for fishing bait includes a spinner that is rotationally carried on a sleeve cone. The sleeve cone has in interior cavity that is dimensioned to carry a head of a fishing bait. When the fishing bait is a bait fish, the sleeve cone prevents the deterioration of the bait fish as it is trolled through the water. The spinner provides a fish attracting vibration to attract game fish to the lure.

Abstract: A snag free lure assembly includes a lure that may be cast into a body of water. Thus, the lure may lure a fish. A retracting unit is positioned within the lure. The retraction unit includes a plurality of hooks. The retracting unit retracts each of the hooks into the lure to inhibit the lure from being snagged when the lure is cast. The retracting unit selectively deploys each of the hooks outwardly from the lure when a fish bites the lure. Thus, the lure hooks the fish.

Abstract: The fishing hook and cover includes a fishing hook that is attached to an interior surface of the cover such that the fishing hook may be rotated inside of the cover when not in use, and conversely rotated outside of the cover when the fishing hook is in use. The cover features a first opening on a first distal end and a second opening on a second distal end. The first opening enables a fishing line to extend into the cover. The second opening enables the fishing hook to rotate inside of the cover or outside of the cover. The cover includes a hook hinge that is positioned on an interior surface of the cover. Moreover, the hook hinge is adjacent to the second opening, which enables the fishing hook to rotate from inside of the cover to outside of the cover.

Abstract: An angling has a rigid head with a rear face, a flexible body having a front end and a second end adapted to contact the rear face, a hook having an eyelet and a point, and an attachment rod having a first end fastened to the rigid head and a free second end. The attachment rod has a fixing portion onto which the eyelet is retained and a vertical retaining portion exerting a force compressing the rigid body so as to retain the rigid body against the rear face of the rigid head. The head and the body have a shape corresponding to a shape of bait.

Abstract: A snag resistant fish hook system. The system (11) having hooks (105A, 105B), an elastic band (110), a connector portion (115) having an eyelet (115A), and a post (125). Each hook has a tab (116), an eyelet (118), and a notch (117). The post fits into the eyelets and secures the hooks and the connector portion together, with at least one of the hooks being rotatable on the post. The elastic band fits around the hooks and into the notches and holds the hooks in a first, retracted, snag-resistant position wherein the tabs contact each other. Upon the application of sufficient force, such as a fish biting a lure in which the fish hook system is employed, the tabs will slip past each other and the elastic band will urge the hooks into a second, deployed position.

Abstract: A fishing lure comprising a solid, banana-shaped lure body of buoyant urethane with a bait chamber in a recess of the lure body, the bait chamber covered by a hatch coupled to the lure body with a hinge. Scent producing material may be placed in the bait chamber. A blowhole tunnel passes through the lure body from the lure body head to the bait chamber. Motion of the lure forces water through the blowhole into the bait chamber and carries scent from scent producing material through holes in the hatch. A first groove in the lure body tail is configured such that an O-ring in the first groove holds the hatch against the lure body. A second groove in the lure body tail is configured such that when the O-ring is in the second groove, the hatch is free to open and close.

Abstract: A fishing lure having an inertially-activated pivotable hook system having a pivotable hook assembly.

Abstract: An apparatus useful in removing internal organs from a game animal, and a method of field dressing an animal. The apparatus includes, generally, a pair of tubes, slidably engaged one within the other, with a hook structure removably affixed to the end of the inner tube. The position of the tubes relative to one-another is controlled by longitudinal and latitudinal channels extending along one of the tubes, and a protuberance formed on the other tube. The associated method for removing internal organs from a game animal using the disclosed apparatus includes inserting the apparatus into the anus of a game animal, securing the hook to the flesh of the animal, cutting around the anus, and pulling back the internal tube so that the anal tract is locked within the proximal end of the external tube.

Abstract: An artificial fishing lure with a body having an anterior end, a posterior end, a dorsum, and a ventrum, with the body being defined by an anteroposterior axis within a mid-sagittal plane. The body has a surface defining a dorsal channel in the dorsum. An opening extends through the body between the dorsum and the ventrum. A hook tip is fastened to an eyelet of a length of wire and extends through the opening. In the set position, the hook tip rests in the dorsal channel, with lateral movement of the bend being limited by the sidewall of the opening. The length of wire is disposed through the body and has a coil portion or a zig-zag portion.

Abstract: A concealed hook fish lure is disclosed. In one embodiment, a lure body contains an interior body cavity wherein is placed a hook that is pivotally mounted on a connecting rod. In a first position, the hook is concealed within the lure body and held in place by a first magnet up to the moment of the strike. At the moment of the strike, the fish presses a shaft portion of the concealed hook, which causes the hook to pivot on the connecting rod, thereby moving the hook to a second position where the hook extends outside the body cavity. The pivot movement of the hook from concealed position to deployed position is urged by a second magnet, which second magnet holds the hook in the deployed position, thereby facilitating the setting of the hook in the fish's mouth. The lure is useful in waters containing weeds and other debris, and provides improvements with respect to a simple mechanism for concealing and deploying the hook.

Abstract: A mechanical hook assembly for catching fish. The hook assembly comprises a hook having an elongated shank, bend, and point. A spring-biased trigger resides adjacent the hook and comprises an elongated distal point guard, an intermediate latch, a proximal spring shaft, and spring. The spring normally urges the hook assembly into an open spread condition, such that the spring shaft of the trigger extends outwardly at an angle to the shank of the hook and in a direction opposite the bend. A catch is located beside the shank of the hook.

Abstract: An artificial fishing lure includes a substantially hollow body having front and rear ends, walls defining an internal firing chamber, and an escape notch formed with the hollow body at its rear end. A one-piece spring-biased hook assembly is located substantially within the firing chamber of the body in a loaded condition, and is adapted for sudden rearward linear movement from the loaded condition to a released fish-catching condition. A pivoted actuation lever has a proximal end joined to the hollow body, and an opposite hook-engaging end adapted for moving the loaded hook assembly into the escape notch of the hollow body, thereby releasing the hook assembly into the fish-catching condition.

Abstract: Disclosed is a spring-loaded fish hook comprising a first hook connected to a first shaft and a second hook connected to a second shaft. The shafts are connected to a resistance element that biases the shafts apart from one another. A first shaft has a catch element, and a second shaft has a slide element that is adapted to slide along said second shaft. The spring-loaded fish hook device can be arranged in a closed configuration in which the shafts are urged towards one another and are held in position by means of the slide element engaging with the catch element. A releasing line is connected to the slide element, and by pulling on the releasing line, the slide element can be disengaged from the catch element, allowing the resistance element to forcibly separate the shafts, and thus the hooks, from one another resulting in an open configuration.

Abstract: A fish lure is provided with one or more fishing hook(s) and an attachment for a fishing line, the fishing hook(s) being arranged in a body and being connected to an actuator, a hook-shaped end portion of the fishing hook(s) being arranged to be moved between a first position, substantially enveloped in the body, and a second position, projecting from the body.

Abstract: An artificial fishing lure includes a base assembly, a spring-biased hook assembly, a movable hook-setting post, a fixed retention member, and a pivoted actuation lever. The base assembly has spaced apart leading and trailing ends. The hook assembly is carried by the base assembly, and is adapted for sudden movement from a loaded condition to a released condition. The hook assembly has a proximal end and a pointed distal end adapted for piercing a fish. The hook-setting post is located adjacent the leading end of the base assembly, and is adapted for temporarily engaging the proximal end of the hook assembly in the loaded condition. The fixed retention member is located adjacent the trailing end of said base assembly, and is adapted for cooperating with the hook-setting post to temporarily hold the hook assembly in the loaded condition. The actuation lever is connected to the hook-setting post, and is adapted for moving the hook-setting post away from the hook assembly when actuated.

Abstract: A fishing lure for trolling and casting. According to a preferable embodiment the lure of includes a body part having tracks formed in each side of the lure's body part, a hook for each track arranged to be movable along the track, latching elements for fastening the hooks to their activated state, a spring for each hook connected to the hook for pulling the hook forward along its track when the latching elements are released, a trigger for each hook extending along one side of the body part of the lure, which trigger, when an impact hits the trigger, releases the latching elements and enables the movement of the hook in its track. The latching elements are also released when an impact hits the hook itself.

Abstract: A concealed hook fish lure is disclosed. In one embodiment, a lure body contains an interior body cavity wherein is placed a hook that is pivotally mounted on a bar with a spring biased to rotate the hook. In the non-deployed position, the hook is concealed and retracted within the lure up to the moment of the strike. At the moment of the strike, the fish compresses a hook trigger clip which releases the hook, which is then pivoted upwardly into the mouth of the fish, thereby facilitating the setting of the hook in the fish's mouth. The lure is useful in waters containing weeds and other debris, and provides improvements with respect to a simple mechanism for deploying the hook, and the ability to deploy hooks in multiple directions relative to the lure body. The hook may also be readily retracted to and cocked in its concealed position following a strike.

Abstract: An intelligent fishing tackle comprises a fishing line, a sinker module, a microprocessor system module and a hook module, in which the sinker module is connected on the fishing line and includes a camera module used for capturing a underwater image, the microprocessor system module judges a fishing object according to the underwater image and determines whether a control signal is generated, and the hook module is connected on the fishing line and switched to a fishing processing state according to the control signal. Whether to capture the fishing object can be judged directly under the water or the water image is transmitted to the shore for a rodster to decide whether to capture the fishing object.

Abstract: A concealed hook fish lure is disclosed. In one embodiment, a lure body contains an interior body cavity wherein is placed a hook that is pivotally mounted on a bar with a spring biased to rotate the hook. In the non-deployed position, the hook is concealed and retracted within the lure up to the moment of the strike. At the moment of the strike, the fish compresses a hook trigger clip which releases the hook, which is then pivoted upwardly into the mouth of the fish, thereby facilitating the setting of the hook in the fish's mouth. The lure is useful in waters containing weeds and other debris, and provides improvements with respect to a simple mechanism for deploying the hook, and the ability to deploy hooks in multiple directions relative to the lure body. The hook may also be readily retracted to and cocked in its concealed position following a strike.

Abstract: A structure to conceal fishhook inside false fish is disclosed by that two false fishes being combined to disguise as a real fish for hooking fish is formed with a locking space for lockingly housing two locking plates having a chamber for concealingly housing a fishhook dispenser and tying device, wherein an axle ring of one or several hooking bodies and one end of an elastic member are lockingly fixed by an axle with axle hole as the axis center, and a double ring member is pulled to move up for a distance by the fishing line from the pull-opening made at top end of upper part thereof to drive fishhooks to spring out of side spring out openings thereof so as to hook fish mouth precisely and to recover by elastic recovery force of said elastic member thereby achieving the effectiveness of safety and repeated use.

Abstract: A hidden fishhook structure having a fish shape includes an extendable device, two limiting boards, two engaging boards, and two semi-fish bodies. The extendable device is placed in between the two limiting boards. The two limiting boards are placed in between the two engaging boards. The two engaging boards are placed in between the semi-fish bodies to form a false fish for attracting fish. When a rear fish is hooked, a dragging board of the extendable device will be pulled outwards. Due to the confinement of a limiting recess, an elastic member, connecting rods and a hook member are linked to drive the hook member to extend and slide. A hook of the hook member is exposed from an extending opening to hook the mouth of the real fish securely. By the elasticity of the elastic member, this hidden fishhook structure is capable of re-use and safety.

Abstract: An artificial fishing lure includes a base assembly, a spring-biased hook assembly, a movable hook-setting post, a fixed retention member, and a pivoted actuation lever. The base assembly has spaced apart leading and trailing ends. The hook assembly is carried by the base assembly, and is adapted for sudden movement from a loaded condition to a released condition. The hook assembly has a proximal end and a pointed distal end adapted for piercing a fish. The hook-setting post is located adjacent the leading end of the base assembly, and is adapted for temporarily engaging the proximal end of the hook assembly in the loaded condition. The fixed retention member is located adjacent the trailing end of said base assembly, and is adapted for cooperating with the hook-setting post to temporarily hold the hook assembly in the loaded condition. The actuation lever is connected to the hook-setting post, and is adapted for moving the hook-setting post away from the hook assembly when actuated.

Abstract: There is disclosed a fish grabbing device that automatically grabs a fish when the fish explores, strikes or attempts to eat the bait. The grabber may include a coiled body having pointed ends that are held together by detents. When the fish explores the grabber and accompanying bait, the fish trips a trigger, which causes the movement of grabber ends such that they expand within the fish's mouth, thereby catching the fish.

Abstract: A fishing lure has retractable hooks. A spring has a coiled portion mounted around a pin in the lure body, two energizing leg extending from the coiled portion, and a foot extending laterally from each energizing leg. The feet engage a rearward side of the shank of each hook. A trigger has a rod on a forward end that extends from the body for attachment to a line. The trigger has a trigger body that engages a forward side of each of the shanks. The trigger and the lure body have mating detent surfaces to releasably retain the hooks in a cocked position. A forward pull on the rod releases the trigger to move forward, freeing the coiled portion of the spring to unwind, causing the energizing legs to rotate the hooks to the extended position.

Abstract: A fishing lure with retractable-deployable hooks that deploy when a fish takes the lure into its mouth, and a lure body configured to induce a swimming action with a diving capability. The lure body has nose and tail portions and dorsal, ventral and lateral sides. The tail portion has an airtight cavity therein and is lighter than the nose portion such that the lure tends to dive downward when drawn through water. One or more forward hooks are located on the ventral and/or lateral sides of the lure body, and at least one tail hook is located on the tail portion of the lure body. The hooks each have a deployed position wherein its point is exposed outside the lure body for hooking a fish. Each hook further has a stowed position wherein its point is sufficiently retracted to avoid being snagged as the lure is drawn through water.

Abstract: An artificial fishing lure includes a base assembly, a spring-biased hook assembly, a movable hook-setting post, a fixed retention member, and a pivoted actuation lever. The base assembly has spaced apart leading and trailing ends. The hook assembly is carried by the base assembly, and is adapted for sudden movement from a loaded condition to a released condition. The hook assembly has a proximal end and a pointed distal end adapted for piercing a fish. The hook-setting post is located adjacent the leading end of the base assembly, and is adapted for temporarily engaging the proximal end of the hook assembly in the loaded condition. The fixed retention member is located adjacent the trailing end of said base assembly, and is adapted for cooperating with the hook-setting post to temporarily hold the hook assembly in the loaded condition. The actuation lever is connected to the hook-setting post, and is adapted for moving the hook-setting post away from the hook assembly when actuated.

Abstract: An artificial fishing lure incorporates a spring-biased hook assembly adapted for sudden movement from a loaded condition to a released condition. A hook-setting member temporarily retains the hook assembly in the loaded condition. A compression trigger is adapted for tripping the hook-setting member upon application of an inwardly directed force: When tripped, the hook assembly releases for sudden movement from the loaded condition to the released condition.

Abstract: The inline reverse action, spring-loaded fishing tackle device of the invention is a simple but effective device used inline with any fishing rod and lure that aids in the capture of fish. The device is comprised of a cylindrical shaped casing divided into two interior chambers which house a unique reverse action, spring mechanism that automatically maintains a constant counter force on the fishing line against the tugs and pulls caused by the erratic movements of a caught fish, whereby not only helping to hook the fish but also preventing any slack in the fishing line that could cause the loss of said fish.

Abstract: A fishing hook is disclosed comprising an elongate body defining a front end and a rear end to which a fishing line can be secured and at least one elongate arm terminating in a barb. The at least one elongate arm is fitted to the elongate body so as to be movable between a closed position in which it is aligned with the elongate body and a fully open position in which the at least one elongate arm extends transversely relative to the elongate body. In an example embodiment, the hook includes a pair of elongate arms, each arm terminating in a barb, with the pair of arms being pivotally fitted to the elongate body.

Abstract: A lure has a body (10) provided with a recess (12), forming a decoy and defining a longitudinal axis (AA?), a connecting member (26) inserted into the body (10) via an inner end thereof, and attachable to a line (30) at the other, outer end. The point at which the connecting member is inserted into the body (10) defines the forward portion of the lure with a hook (24) positioned in the recess (12), and an attachment device (22) for securing the connecting member (26) and the hook (24) provided in the body (10). The attachment device (22) include a resilient member (23) at least indirectly attached to the body (10) at one end and to the hook (24) and the connecting member (26) at the other end, and a guide member (22c) for guiding the hook (24).

Abstract: Soft, tear resistant gel, gel composites and gel articles for various uses formed from one or a mixture of two or more block copolymers with or without one or more selected other polymers and additives in combination with one or more selected plasticizers being in sufficient amounts to achieve a gel rigidity of from about 20 gram Bloom to about 1,800 gram Bloom.

Abstract: A fishing lure assembly (10) includes a first hook (26A), a bias (30) that urges the first hook (26A) in a first direction, and a latch (32). The fishing lure assembly (10) can also include an oppositely configured second hook (26B) that is urged in a second direction. The latch (32) can selectively inhibit movement of the first and/or second hooks (26A, 26B). The latch (32) can be biased in a third direction that is perpendicular to the first and/or second direction. Pressure on a hook section (43) of the first and/or second hook (26A) can cause the latch (32) to move in the third direction to release the first and/or second hook (26A, 26B).

Abstract: A non-fouling fishing lure having a body in or to which at least one hook is pivotally mounted but is normally concealed within or adjacent the body. The shank of the hook is adapted to be connected to a fishing line and the hook is normally engaged by a retaining clip having a portion extending from the body so that when engaged by the mouth of a fish, the clip is shifted from the hook, thereby releasing the hook to pivot outwardly of the body.

Abstract: The present lure automatically retracts pivoting hooks into its body during retrieval but also quickly deploys its pivoting hooks upon the appearance of a strike by a fish. The lure has a mechanism with two legs independently attached at opposite axes points, and mounted between two parallel side plates. The rear leg functions as the trigger mechanism by rotating around the rear mounting axis, against the front leg. The front leg of the mechanism holds a hook or hooks, and is aligned with the rear leg in a common plane. The legs are designed such that they are not allowed to separate from each other by being captivated between the two mounting plates. A leading collector hydraulically biases the hook inside the body unless within a fish.

Abstract: A hook assembly (16) for a fishing lure assembly (10) includes a first hook (26A), a bias (30) that urges the first hook (26A) in a first direction, and a latch (32) that selectively inhibits movement of the first hook (26A) toward the first direction. Pressure on the first hook (26A) in a direction that is substantially opposite the first direction releases the first hook (26A) from the latch (32), allowing the first hook (26A) to move in the first direction. The hook assembly (16) can also include a second hook (26B), wherein the bias (30) urges the second hook (26B) in a second direction that is substantially opposite the first direction. Further, the latch (32) selectively inhibits movement of the second hook (26B) in the second direction. Pressure on the second hook (26B) in a direction that is substantially opposite the second direction releases the second hook (26B) from the latch (32), allowing the second hook (26B) to move in the second direction.

Abstract: A weedless fishing lure of hard bodied design of multiple embodiments, which is adapted to be connected to a fishing line, the one single hook of which is connected to the lure body by a through shaft and rotates about the shaft, said body containing a cavity large enough to completely house the hooking point of the hook while it is being fished, and having a mechanism to keep the hook hidden until deployment is desired, said hook being deployable to the hooking position by back pressure against the attached fishing line and said hook remaining deployed by back pressure against the attached line.

Abstract: A fishing lure for allowing selective deployment of a fish hook. The fish hook is pivotally mounted to the body of the lure. The hook is allowed to pivot between a retracted configuration wherein it is substantially housed within a hook recess formed in the body and an extended configuration wherein the hook bight end extends out of the body. An actuating mechanism located within the body allows the hook to be deployed upon tension being applied to the fishing line. A biasing mechanism also located within the lure body biases the hook towards its retracted configuration. An adjustment mechanism allows for adjustment of the strength of the biasing force. The adjustment mechanism thus allows the biasing force to be customized depending on fishing parameters.

Abstract: A weedless fishing lure of hard bodied design of multiple embodiments, which is adapted to be connected to a fishing line, the one single hook of which is connected to the lure body by a through shaft and rotates about the shaft, said body containing a cavity large enough to completely house the hooking point of the hook while it is being fished, and having a mechanism to keep the hook hidden until deployment is desired, said hook being deployable to the hooking position by back pressure against the attached fishing line and said hook remaining deployed by back pressure against the attached line.

Abstract: A retractable hooking mechanism for fishing lures and the like for use in catching fish and the like during fishing activities is provided. The retractable hooking mechanism comprises a first plate having a first surface and a second surface and a second plate having a first surface and a second surface with the second plate being spaced from the first plate creating a receiving area therebetween. A first hook is pivotally secured within the receiving area between the first plate and the second plate. The first hook is moveable from a retracted position between the first plate and the second plate to an extended position wherein at least a portion of the hook extends from between the first plate and the second plate. A friction mechanism contacts the first hook for releasably maintaining the first hook in the retracted position wherein upon the occurrence of a predetermined event, the first hook moves to the extended position.

Abstract: An improved safety fishing lure includes a main body portion which is hollow. The front end of the main body portion is designed to be attached to a fishing line. The main body portion also has a groove in it for protecting the point of a hook. A hook is movably mounted in the main body portion for movement from a storage position, with the point in the groove, to an active fish catching mode with the point extended out of the groove beyond the main body portion. A holding mechanism including a spring is used to hold the hook in its storage position. A release mechanism is coupled with the holding mechanism for disengaging the holding mechanism in response to movement of the main body portion through the water to cause the hook to move to its active fish catching position.

Abstract: A novel hook assembly forms two hooks at the end of a single elastic length of wire which spreads the hooks elastically apart in a fish hooking posture. This hook forms the active mechanism of a weedless, self setting fishing lure, where the hooks are compressed for retention weedlessly within a hollow lure in one stable position and are released by a tug on the line from a fish bite to spring the hooks apart and set the hooks in the fish. The novel simplified weedless lure array employs a spring biassed dual-hook assembly and latch permitting the two hooks to be cocked into an elastically biased weed free bistable position inside the lure for automatic triggered release by a tug on the fishline to catch a striking fish by snapping the hooks into a second bistable position with the two hooks forced outside the lure into the fish's mouth.

Abstract: A fishing lure wherein a hook is retracted within the body of the lure during casting and retrieving and is released and extended to an extended hooking position in response to the strike of a fish. The lure including a plunger slidably received within a plunger cavity which extends through the lure body, and a nose assembly, which inserts into the housing so as to receive the plunger between two diametrically opposed resilient fingers. The resilient fingers having inwardly extending projections which seat within corresponding notches in the plunger so as to lock the plunger and the attached hook in the retracted position and release the plunger upon forward movement of the nose assembly relative to the housing. The fingers being disposed in a locking chamber when the plunger is in the retracted position so that a wall of the locking chamber prevents the fingers from releasing the plunger until the fingers are moved out of the locking chamber by the displacement of the nose assembly.

Abstract: Improvements to fishing lures that utilize retractable hooks and moveable trigger rod having the following embodiments: a body of hard plastic, formed by injection molding, consisting of a left side and a right side. The outer body shape and appearance that of conventional lures, while internal shape and construction formed to house and protect hook and trigger mechanism. A left side containing a forward-looking trigger rod tube, a latching blade cavity, a friction-ridge release cavity, a friction ridge, a hook cavity, a slotted opening to exterior, and a rearward alignment dowel. A right side containing a forward-looking trigger rod tube, a latching blade cavity, a friction ridge release cavity, positioned directly above, a hook support post, a forward alignment dowel slot, an anchor arm cavity, a friction ridge, a hook cavity, a slotted opening to exterior, a rearward alignment dowel slot.

Abstract: A fish hooking device including a hollow body having an elongated slot along one side and an eyelet opening in one end, a transverse pin axle in the body, a hook rotatable on the axle between a first retracted position in the body and a second extended position through the slot in the body, a hook extension formed with the hook from the other side of the axle, a hook release mounted on the axle extendable through the slot in the body, a hook release extension formed with the hook release along an opposite side of the axle, a spring mounted in the body having a first hook operator end curved to a nomal position at which the hook is engaged by the spring and extended through the body slot to a position external of the body, a second latch end on the spring engageable with the hook extension to latch the hook at a retractable position and moveable to a hook release position by the hook release extension.

Abstract: A fishing lure including a lure body (1) having an internal bore (12) therein, a plurality of slots (6) extending radially in said lure body between the outer surface thereof and said bore, a plurality of fish hooks (3) having inner forward ends 20 pivotally connected to a ring member (2) within the bore for free movement therein and outer rear hook ends (22) with a curved shank portion (18) between the ends, and a driver plug (5) freely movable within the bore and having slots (14) therein with tapered cam surfaces (16) engaging the curved back sides of the hooks for urging the hooks radially outwardly of the lure body by forward movement of the driver plug in the bore with respect to the lure body (1). A resilient restraining element (7) engages the outer curved surfaces of the shanks of the hook members to resiliently retain the hook members in the fully retracted position.

Abstract: A fishing lure comprises an artificial lure having a mouth portion for securement of a fishing line thereto. The artificial lure has a slot therein communicating with an internal body cavity. A spring member having normal and flexed conditions is positioned in the cavity. A hook member is secured to the spring member within the slot and extends from the slot when the spring member is in its flexed condition.