FR3063205A1 - ARTICULATED FISHING LURE, HAVING A RIGID HEAD, A FLEXIBLE BODY AND A HAMMON, WITH DIFFERENT MOUNTING POSSIBILITIES - Google Patents

Abstract

- A rigid head (Rep1), having a hydrodynamic front shape, a flat transverse rear face (SC) a flange (RB) and incorporating an attachment rod (Rep2) for connecting the fishing line and the hook. - An attachment rod (Rep2) whose front portion is integrated with the rigid head during the manufacturing process and whose rear part can form an articulated connection with the hook (Rep4). Said link being characterized by, at its rear end, a closed loop (BC2) along the longitudinal axis (X), completed by a transverse loop (BC4) surrounding the axial rod (7) and falling below the longitudinal axis of in order to create a free connection in rotation but preventing the eyelet (BC3) of the hook (Rep4) from being able to stand out without any action by the operator. - A body of flexible material (Rep3) extending along the longitudinal axis of (X) of a front end (SD) at a rear end (DF). The front end (SD) plane being adapted to come into contact with the rear face (SC) of the rigid head (Rep1) and the front section being adapted to fit inside the rim (RB), so as to to form a lure perfectly imitating the shape and swimming of a small fish. - A hook (Rep4) extending along the longitudinal axis of (X) with a front end equipped with a horizontal eyelet (BC3) and a rear end with a barb.

Description

(57). a rigid head (Rep1), comprising a hydrodynamic front shape, a flat transverse rear face (SC) a flange (RB) and integrating an attachment rod (Rep2) for connecting the fishing line and the hook.

- An attachment rod (Rep2) whose front part is integrated into the rigid head during the manufacturing process and whose rear part makes it possible to form an articulated connection with the hook (Rep4). Said connection being characterized by, at its rear end, a closed loop (BC2) along the longitudinal axis (X), completed by a transverse loop (BC4) surrounding the axial rod (7) and falling under the longitudinal axis of so as to create a free connection in rotation but preventing the eyelet the eyelet (BC3) of the hook (Rep4) from being able to come out without operator action.

- A body of flexible material (Rep3) extending along the longitudinal axis of (X) from a front end (SD) to a Rear end (DF). The planar front end (SD) being adapted to come into contact with the Rear face (SC) of the rigid head (Rep1) and the front section being adapted to be inserted inside the flange (RB), so to form a lure perfectly imitating the shape and swimming of a small fish.

- A hook (Rep4) extending along the longitudinal axis of (X) with a front end fitted with a horizontal eyelet (BC3) and a rear end provided with a barb.

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Reference FISHING LURE

SHORT DESCRIPTION

The present invention relates to a fishing lure -which, depending on the mounting configuration chosen by the operator, may consist of a flexible body, a fixed hook or an articulated hook mounted on a rigid head, whether or not noisy. Which gives 4 different mounting possibilities per head grammage. The series currently comprising 5 grammages (5gr, 8gr, 12gr, 15gr, and 20gr) but not limiting, and a range of 6 colors but not limiting, will therefore offer 120 adaptable combinations aiming to imitate in the most realistic way possible swimming a fish to serve as bait for predatory fish for angling. The lure according to the invention will be sold in a kit to leave the user free choice according to the type of fishing carried out or his wishes. The invention is characterized as follows:

A rigid head of type A (Rep 1) with 3D holographic eyes (Rep8) of large dimension inserted in a housing (SE). The head consists of a very thin section at its front end to allow good penetration into the water and imitating the mouth of a fish, an evolving section up to its rear end imitates the head of a fish. A flat back support surface (SC) perpendicular to the longitudinal axis with a pronounced edge (RB). This head is dedicated for articulated mounting of the lure using the fixing rod Rep 2.

A type B rigid head (Rep 5) with large 3D holographic eyes (Rep8) inserted in a housing (SE). The difference between the Type A head and the Type B head lies in the fact that the Type B head is not equipped with a Rep2 attachment but is armed with an eyelet hook directly implanted in it during the process of manufacturing and comprising a notch (CRI) on the shank of the hook, a lug (Rep9) so as to exert a compressive force on the flexible body (Rep3) to maintain it in longitudinal and transverse position. This head is dedicated for direct mounting of the flexible body.

A rigid type C head (Rep 6) with large 3D holographic eyes (Rep8) inserted in a housing (SE). The Type C head is identical to the Type A head, but is equipped with an integrated noise element during the manufacturing process.

A rigid head of type D (Rep 7) with 3D holographic eyes (Rep8) of large dimension inserted in a housing (SE). The Type D head is identical to the Type B head, but is fitted with a built-in noise element during the manufacturing process.

A fixing rod (Rep2) for the fishing line and for a hook (rep4) is inserted inside the head (Repi) during its manufacture. This fixing means called a staple makes it possible to connect the fishing line on one side by a loop (BC1) and at the other end, by a closed loop (BC2) in the XZ plane, makes it possible to thread the eyelet ( BC3) of the hook (Rep4) on the fixing rod. The eyelet (BC3) caught in the loop (BC2) remains free of any movement in the XYZ axes but becomes captive due to the particularity of the loop (BC2) which closes around the horizontal part 7 of the clip while being ending with another BC4 loop in planYZ. In addition, the fixing rod (Rep 2) has a suitable holding part (SA) so as to exert a compressive force on the flexible body (Rep3) to hold it in position.

A specially reinforced strong iron hook (Rep4) comprising a pole fixed to the rear of the staple (Rep 2) by a horizontal eyelet (BC3) and extending along the longitudinal axis (Dl) of the lure, for end with a barb. The hook of the hook has a pronounced curvature which is integrated into the ventral groove (RV) of the flexible body (Rep3). The hook of the hook is placed in the groove (RD) on the back of the flexible body (Rep3).

001 A flexible body (Rep3) extending between a front end and a rear end, the front end (SC) being flat and perpendicular to the longitudinal axis (Dl) is pressed against the rear section (SC) of the head rigid (Repi), or the rear section (SC) of the Type B rigid head (Rep5) depending on the type of mounting desired. The front end of the flexible body has a section substantially equal to the rear section

005 of the rigid head (Repi or 5) and fits perfectly inside the RB flange. the flexible body (Rep3) comprises, a first part of section of cylindrical appearance along the longitudinal axis (Dl) equal to approximately 20% of the total length and then comprising a ventral recess (RV) extending over 55% of the total length adapted to receive the hook (Rep4) and the attachment rod (Rep2). Then, a curved part (SF) rises towards the rear of the flexible body while refining up to a

010 deflector (DF) which extends in a transverse plane YZ relative to the flexible body (Rep3). On the top of the flexible body (Rep3), a groove (RD) 2mm deep extending over 45% of the total length. The flexible body has 2 vertical holes at 2 different positions, and a horizontal hole from the front face of the lure so as to guide the positioning of the hook by the operator without risk of tearing or deforming the lure. The position of the holes being calculated so that the hook is set

015 perfectly in place during assembly. This device allows the hook to be removed and replaced at will to change the type of flexible body or rigid head as desired by the operator. The lure ends with a deflector (DF) again increasing the curvature (SF) by 3cm downwards at an angle of 80 ° to the axis Dl. To increase the attraction of the lure for predatory fish, a palatable product is incorporated into the manufacturing process.

020

STATUS OF EXISTING PATENTS

Patent cited deposit date Publication date Depositor Headline JP2001258426A Title not available JP2004166521A Title not available US4791749 Sep 21 1987 Dec 20 1988 Jack stazo Fishing lure assembly US20030159331 Jul 8, 2002 28-Aug-03 Pasley B. Phil Anchored slip sinker US20070175083 Jan 30 2006 02-Aug-07 Scott Wilson Segmented soft plastic lure in the form of a fish W02011117529 Al 03/22/2011 09/22/2011 Fiiish Fishing leuRre

It is known from document JP2001258426A, a fishing lure comprising a rigid head (2) which hooks to a plastic body via two open hooks (4), a hook (7) linked by a flexible cord

005 (8) to an eyelet (5) located at the rear of the rigid head under the lure fixing hooks. The sketch of this lure is shown in Appendix 1 diagram 1, page 1/12.

Document US 4,791,749 discloses an elongated fishing lure without deflector at its rear end. The sketch of this lure is shown in Appendix 1 diagram 2, page 2/12. Figures 8 to 14 define different types of rigid heads (8) incorporating fastening systems (10) to the flexible body.

010 Geometrically rigid heads are not realistic like a real fish head.

It is known from document US20030159331 rigid heads intended to equip fishing lures. The sketch of these heads is shown in Annex 1 diagram 3, page 3/12. These rigid heads (1) FIGS. 9 to 13 incorporate attachment systems (9) of the open loop type (10) of different sizes and shapes.

Document US2007 / 0175083 discloses a lure comprising a lead head on which a hook 015 is mounted. The sketch of this lure is shown in Appendix 1 diagram 4, page 4/12. The hook of the hook has protruding parts which engage in the parts of the plastic body to hold the hook in the latter. This lure is composed of several rigid elements connected to each other.

Document WO2011117529A1 discloses a lure comprising - a rigid head fitted with an open 020 loop 34 for hooking a hook 30, the head having a flat rear face on which a body made of flexible material rests, ending in a deflector at its end. The head has eyes printed on glued film. The sketch of this lure is shown in Appendix 1 diagram 5, page 5/12.

EXISTING STATE OF THE ART

There are fishing lures comprising a rigid head fixed to a body of flexible material. These lures of the prior art by their design have different drawbacks:

Insufficient mechanical strength of the connection of the flexible body on the attachment of the rigid head, which can separate the lure from the head or even cause it to tear during attacks by fish or by the hydrodynamic forces exerted by the courses of water, currents or the pulling actions of the fisherman. This forces fishermen to stick the flexible bodies to the rigid head.

There is little or no lateral holding of the flexible body at the level of the rigid head, which causes a misalignment of the assembly in fishing action due to the pressure exerted by the nets of water, or the forces of traction. This results in a discontinuity in the overall shape which is then less representative of a real fish, can disturb the swimming of the lure and is less attractive in fishing action.

The principles of mechanical hooking of the hook on the rigid head of existing art are open in shape, which does not prevent the hook from coming out of its housing when it is violently shaken by the caught fish. This causes loss of catch of fish which then leaves with the hook planted in their mouth.

Most of the hooks attachments to the rigid attachment of existing art are of the “open loop” type which does not secure the rigid head / hook connection, the latter can then come out of its housing by the tremors exerted by the fish caught.

The principles of attachment to "closed loop" of the existing art, for example figl2 and fig 13 of patent reference US 4,791,749 do not allow to easily insert the hook of the hook, because the loop is joined to the tie rod. The operator must use pliers to carry out the installation in complete safety.

To correctly imitate the swimming of a real fish, it is necessary to obtain a large amplitude of undulation of the lure. To obtain this result with existing art, it is necessary to generate great efforts by exerting large pulls with the help of the fishing rod and violent jolts of the wrist. These repeated operator gestures can generate fatigue and, in the long run, musculoskeletal disorders.

The lures of the prior art do not present any aid for setting up the hook. Correctly setting the hook the first time is very difficult for beginners, who often have to do it several times. This has the effect of prematurely deteriorating the material of the lure which becomes unusable. On the other hand, there is not in the prior art a lure capable of integrating two different types of hooks. A rigid hook and an articulated hook. In existing art, a type of lure is dedicated to a type of hook.

The rigid heads of existing art do not have eyes, or have eyes of small diameter and printed on self-adhesive paper. This is very unattractive for a predatory fish on the one hand and has poor water resistance on the other. Often the stickers peel off very quickly.

The rigid heads of the existing art do not have sufficient mechanical support for the flexible body in the longitudinal or transverse axis, and do not have a radial force for maintaining compression, which makes the rigid head / lure assembly flexible. ill-suited to the environment in which they are called to evolve.

Rigid geometric shaped heads are not realistic like a real fish head and have no ornamentation to attract predatory fish.

001 DETAILED DESCRIPTION OF THE INVENTION

OBJECT OF THE INVENTION:

The present invention relating to fishing lures serving as fish bait for angling aims to remedy the various drawbacks of the prior art and to propose different compositions

005 possible. To this end the present invention relates to a fishing lure, which comprises a rigid head equipped or not with a sound system to be mounted according to the environment encountered by the fisherman, a means of hooking the fishing line and the hook , a flexible body, a hook. The lure thus made resembles a real small fish in order to catch other larger species. The invention is characterized by:

0-10 A RIGID HEAD OF TYPE A Rep 1 (see appendix drawing 3) characterized by the following functions:

Ballast the whole AC1 lure. This function is provided by a lead-based alloy. Several grammages are provided to reach the desired depths. The inventor's improvement in this area resides in the alloy found which combines hardness and density, as well as the grammage GV (see sketch

015 1 & 2) engraved on the side of the head, which facilitates the choice of operator. The material currently used may evolve later to a biodegradable material, more environmentally friendly.

To provoke the attack of predatory fish: This function is ensured by the insertion of Two 3D Eyes of large diameter (from 6mm to 12mm according to grammage of the head) with holograms in housings (SE). These holograms can be black, red, or green, but not limiting to these colors which

020 will be able to change according to the inventor's wishes by feedback from the field. The inventor found that large 3D eyes were more realistic and triggered far more attacks on the desired predatory fish. Tests in the natural environment have demonstrated a higher attractiveness of the order of 5 shots for 1. It is also observed during use, that the bonding of eyes printed on plasticized film or not, is not suitable for the environment in which evolves the lures. The shocks

025 mechanical undergone, the little adhesion of the glue film on the support allows water to infiltrate which in a few uses causes detachment and loss of these eyes. It is also noted that the eyes printed on film quickly tarnish when in use, which greatly reduces their attractiveness. The inventor found a way to better protect these eyes by inserting them into a recess (SE) set back 1 to 2mm in the rigid head so as to protect them from scratches and various shocks suffered

030 on the seabed or attacks by predators. In addition, the bottom of the housing (SE) is not flat, it is curved in the order of 0.2mm so that it can keep a good thickness of glue. The glue used is a very thick polymer type glue to act as a putty and suppress water infiltration. After testing over two 9-month fishing seasons, no rigid head had lost a 3D eye and they remained as bright. The inventor also improved the attractiveness of existing art by

035 manufacturing rigid heads in a special alloy which does not tarnish with use and remains very shiny.

Ensure the mechanical retention of the flexible body (Rep3) in contact with the rigid head (Rep 1 or Rep5). This function is provided by the rear support face (SC) of the Rep 1 perpendicular to the longitudinal axis Dl and the support surfaces (SA) of the clip and (SD) of the flexible body Rep 3. The distance between these two surfaces is calculated to exert a compressive force on the part of the flexible body (Rep3)

040 and the rigid head (Repi) so as to hold the body against the rear face of the head. On the other hand, the inventor has developed a rim (RB) on the rigid head (Repiou Rep5) scalable in its depth (from 1 to 4mm), and of a section slightly smaller than the section of the flexible body at this location. so as to exert a radial compressive force. These provisions greatly improve the existing state of the art by the effective increase in the mechanical forces exerted both radially and longitudinally on the

045 flexible body. This has the effect of a very good resistance of the lure to the velocity of water in fishing action in the stream or at sea, and therefore no bonding of the flexible body to the rigid head is necessary. The rear shape (FA) is circular to give a "rolling" effect to the whole lure and improve its attractiveness in fishing action.

Ensure an articulated mounting of the hook. This function is provided by the loop BC2 on the back of the hook Rep 2 and the eyelet (BC3) of the hook Rep4. The hook once "clipped" in the BC2 loop, remains free of any movement in the 3 axes Χ, Υ, Ζ. This type of assembly makes it possible to accentuate the undulations of the whole lure and to move back as much as possible towards the tail of the lure the barb without disturbing the swimming of the set, which avoids the missed and unhooked fish in action of peach. The inventor recommends this type of assembly when the desired fish is more receptive to slow and large animations. In addition, the hook and its barb being completely hidden in the recesses (RV and RD) provided in the flexible body, this assembly is particularly suitable for vertical fishing on the bottom or in crowded environments of branches, seagrass, laminaria etc ... because it does not risk clinging to it and remaining blocked.

A RIGID HEAD OF TYPE B Rep 5 (see annexel drawings) characterized by the following functions:

Ballast the whole lure (Rep: 1). The characteristics of the rigid head of type B are identical to those of the rigid head of type A.

To provoke the attack of predatory fish: The characteristics of the rigid head of type B are identical to those of the rigid head of type A.

Ensure the mechanical retention of the flexible body (Rep3) in contact with the rigid head (Rep5). The difference between the Type A head and the Type B head is that the Type B head is not equipped with a Rep2 attachment but with an eyelet hook directly implanted in it during the manufacturing process. . The mechanical stop (made by a flat 90 ° / longitudinal axis with a 5mm rise in the clip Rep2 is replaced in the type B head by an identical shape called lug (Rep9) made by molding (see annexel drawing 5) In addition to the notches (CRI) on the shaft of the hook integrated into this head allow to firmly maintain the flexible body in the 3 XYZ planes. The improvement of the prior art lies in the fact that the arrangements made by the inventor ensure better mechanical resistance of the flexible body on the rigid head and avoid the addition of glue during assembly. This allows the operator to interchange the flexible body at will without damaging it and being able to reuse it. .

The efficiency of the prior art is also improved by this type of assembly which makes it possible to print shorter ripples on the whole lure, then emitting in the water a vibration frequency different from a larger ripple. The inventor recommends this type of assembly when the fish sought by the fisherman is more aggressive (fishing on surface hunts or in intermediate layers of water), and in aquatic environments free of obstacles, because the barb of the hook protrudes above the lure. The effectiveness of this assembly, suitable for fishing in the launched throw, has been proven during tests on pelagic fish hunts.

A NOISEY HEAD OF TYPE C Rep6 AND OF TYPE D Rep7 (see appendix drawing 6) characterized by the following functions:

The noisy heads type C and D, come from the heads of type A or type B in which an EV1 recess was made during the molding operations of these. This recess then makes it possible to insert a noise-producing element (rattle in glass or any other material) before fitting and gluing the 3D eyes. The improvement of the inventor consists in the fact that this noisy ball inserted in the rigid head made of a hard material will generate greater vibrations in water, unlike the prior art where the noise elements are integrated in the flexible bodies. Indeed, a hard material will amplify the impact sound of the noise-producing element unlike a flexible material which will dampen it. The inventor reserves the right to inject an elastomer into this recess for the weights to be immersed at great depths (greater than 40 m), so as to compensate for the pressure forces and guarantee the sealing of the bonding of the 3D eyes on the rigid head and the integrity of the sound effect.

A CLAMPING ROD (called a clip) WITH A CLOSED PROFILE (rep 2) partially embedded in the rigid head Repl. (see annex 1 drawing 7) This clip is characterized by the following functions:

Hang the head (Repl) on the fishing line. Function performed by an eyelet (Rep: BC1) on the front of the clip. This eyelet made by forming a stainless steel wire using special tools is then embedded in the rigid head Rep 1 during the manufacturing process. The inventor thus improves the existing state of the art because the eyelet is integrated into the rigid head by molding, it therefore becomes inseparable from the rigid head and there is no longer any risk of opening thereof. by deformation even if it undergoes significant traction forces. This is not the case for existing eyelets, since the closure of the eyelet is not contiguous or remains open.

Create a captive mechanical attachment between the head (Repl) and the hook (Rep4): This function is achieved by creating a closed loop (BC2) in the longitudinal plane XZ which bypasses the longitudinal axis (7) of the 'clip Rep 2 and closes around it by an arc of a circle (BC4) in the transverse plane YZ with a radius of 2.5mm and falling under the longitudinal axis of 1.5mm (6). The invention makes it possible to imprison the eyelet BC3 of the hook 4 which will no longer be able to come out accidentally, even under sudden movements and this in any direction. The slope of the surface SB combined with the position of the hook in the flexible body Rep 3, allows the eyelet BC3 of the hook 4 to be held in the high position in the loop BC2 and prevents any rotation blocking of the BC3 eyelet. These provisions prevent any loss of the hook in fishing action, (see section A-A).

Form a mechanical stop (SA) and a longitudinal support (7) between the clip (Rep2) and the flexible body (see annaexel mounting principle drawing 9). For the mechanical stop, the clip has on its lower front part, a flat 90 ° / longitudinal axis DI with a rise of 5mm (Rep: SA) so as to form a mechanical stop and exert a compressive force on the part cylindrical flexible body (Rep2). For longitudinal support, the length of the rod 7 extends from the rear face (SC) of the rigid head 10 to 15 mm long so as to ensure better stability and better retention in the XZ plane of the flexible body. Rep3 in mounted position.

These measures taken by the inventor for the safety of the operator, allow very good mechanical strength of the assembly and avoid the use of potentially dangerous glue in fishing conditions.

Do not damage the flexible body during its installation. To do this, the Rep2 clip has a rounded shape on its back (R = 2.5mm) and a slope of 50 ° relative to the DI axis (Rep: SB). The improvement relates here to the 50 ° slope of the clip which exactly corresponds to a bore of identical section (SB) practiced in the front face of the flexible body Rep3 using a specific tool inserted in the mold during of the injection phase. This improvement makes the flexible bodies (Rep3) interchangeable at will without causing degradation thereof, to change the color or size of the flexible body as the fisherman likes.

Facilitate the installation of Phameçon by the operator. Function provided by a 0.8mm "J" clearance between the loop (BC2) and the longitudinal axis DI of the clip (see annex 1 paragraph 2 drawing section AA), which allows to guide without forcing the eyelet (BC3) of the hook until it comes into nominal position in the loop BC2 of the staple. The invention consists of the 0.8mm clearance calculated to leave sufficient space which facilitates the operator's handling and greatly reduces the risk of injury, while being slightly less than the diameter of the hook (made of forged steel diam 1mm ) so as to obtain a clipping effect and a characteristic “sound”. A "Click" which indicates to the operator that the hook is in place in its housing. The armament then becomes captive.

These guidance arrangements, combined:

to the drilling of specific shape on the front face SC extended by a horizontal drilling of the flexible body Rep3 to the two vertical holes (PV1 and PV2) at different locations on the flexible body (depending on the mounting option chosen by the operator)

At the ventral RV recess of the flexible body which allows to release the shaft of the hook to have a visual on the setting operation.

greatly facilitate handling for the arming of the lure and avoid deterioration thereof. As a result, the lifespan of the flexible body is extended, since it can also be wound up several times without being torn. Handling is done without tools or the addition of glue.

A FLEXIBLE BODY REP3 (see annex drawing 8):

This body is made of flexible plastic such as PVC or silicone made by injection under pressure in a mold studied for this purpose. The inventor plans to further develop the manufacturing material for a non-polluting material for the environment "green" of the biodegradable type. The body has the shape of a fish body, it is characterized by the following functions:

Imitate the swimming of a real fish. Function performed by the shape (SF) of the flexible body, of the various evolving cross sections along the longitudinal axis Dl (see annexel drawing 11), of the ventral recess (RV), of the dorsal groove RD, of the hardness of the material used. The innovation is achieved by the specific calculation of the sections E-E and F-F as well as their longitudinal position to guarantee optimal swimming of the lure while keeping a sufficient mechanical resistance to tearing to hold against the bites of caught fish. It has been proved by the inventor empirically (tank tests) that the SF shape, the inclination of the DF deflector (10 ° / vertical axis), the position of the recesses and the cross sections were optimal in the object configuration of the this patent and as described in this document and the annex. The longitudinal position, the size and the shape of the E-E section determine the high amplitude of the body's undulation in slow swimming, and this with minimalist stress on the operator. These provisions improve the prior art in the fact that it is no longer necessary to carry out large pulls of the fishing rod and violent jolts of the wrist to animate the lure, this has the effect of less fatigue. and less risk of operator musculoskeletal disorders.

Preserve the alignment and mechanical maintenance of the flexible body (Rep3) and the rigid head (Rep 1 or Rep5). To do this, the front end (SD) of the body is adapted to come into perfect contact with the rear support face (SC) of the rigid head (Repi or Rep5). The SD section slightly higher than the section (SC) fits perfectly inside the rim (RB) which then ensures a radial compression of maintenance (in the XZ axis). These provisions improve the prior art by better mechanical strength of the assembly thus formed and produce a perfectly straight lure representing the shape of a realistic bait for fish.

Trigger the attack on a fish. Function provided by:

The injection of a palatable product in the manufacturing process of the flexible body (Rep3)

Glitter of different shapes and colors depending on the range of colors of the lure. These glitters are inserted during the molding process of the plastic of the flexible body with a high density to have a mass effect and accentuate the flicker in the water so as to imitate fish scales.

Facilitate the installation of hooks. Function ensured by the following provisions:

Drilling of specific section SB (see front view annexal drawing 8) on the front face of the flexible body extended by a horizontal drilling (see section C-C annexel drawing 11) of the flexible body Rep3

001 Two vertical holes in different places of the flexible body PV1 and PV2 (depending on the mounting option chosen) guide the operator to pass the hook barb to the correct longitudinal and transverse position without tearing the flexible body.

A ventral RV recess in the flexible body allows the flanks to be spread apart in order to free the shaft from

005 the hook to have a visual on the setting up operation

The invention resides in the guidance system created by all of these bores and the ventral groove to support the operator in setting up the hook, and by the 2 vertical bores at different positions, which allow combine different assemblies on a single flexible body.

010

Hide the hook of the hook. Function performed by a longitudinal groove located on the upper part (RD) of the body (Rep3)

A Rep4 HOOK (see annex drawing 4):

015 Hook reinforced in forged steel hardened "strong iron" Diam 1mm specially designed, comprising a pole fixed to the rear of the staple (Rep 2) by a horizontal eyelet (BC3) and extending along the longitudinal axis ( Dl) of the lure, to end with a barb. According to the invention, the shank of the hook has a pronounced curvature which fits perfectly into the ventral groove (RV) of the flexible body (Rep3). The hook of the hook is placed in the groove (RD) on the back of the flexible body (Rep3),

020 which prevents the attachment of floating elements. The barb can be slightly pricked in the top of the flexible body so as to make the handling of the lure safe for the operator.

The invention is in no way limited to the embodiments or to the materials described and illustrated in this document which may evolve according to advances in the industry in this field ίο

DESCRIPTION OF SKETCHES AND DRAWINGS

The sketch 1 represents according to the invention a side view of the whole lure (Rep AC1) equipped with the rigid head of type A. The whole measures approximately 90mm long.

The AC1 lure has a Repi head made of lead alloy or rigid material, which is connected at its front to the fishing line by a BC1 eyelet placed on the top of the head and large enough to accommodate the fishing line. The hydrodynamically shaped head seeks to imitate the head of a small real fish. To do this, the shape of a mouth, gills, and 3D holographic eyes are added. A flexible body Rep3 is perfectly placed behind the rigid head 1 by a surface adapted to the rear of the head according to view B of drawing 3. The body 3 ends in a deflector forming an angle of 80 ° / the axis Dl . A hook 4 articulated, held by the attachment rod 2 according to drawing 10 comes to arm the lure. This hook 4 passes between the ventral recesses of flexible body 3 provided for this purpose and the barb goes up through a vertical hole PV1 to be placed in the dorsal groove RD according to drawing 8.

The sketch 2 represents according to the invention a side view of the whole lure (Rep AC2) equipped with the rigid head of type B. The whole measures approximately 90mm long.

The AC2 lure is identical in all respects to the AC1 type lure, except that the rigid head is molded around a hook. The hook of the hook goes up by a PV2 vertical drilling, it protrudes from the back of the lure.

Drawing 3 defines the general shape of the rigid head of type A equipped with its attachment 2. The attachment is incorporated during the molding process. The longitudinal section shows the specificity of the back of the head (SC) which is used to hold the flexible body firmly, as well as the shape of the FA hearing (this specificity is also shown by the 3D close-up view). View B defines the thickness of the retaining edge RB. The 3D view shows the large 3D eyes between 6mm and 12mm depending on the grammages of the rigid head as well as their SE housing.

The dimensions of the type A head can change along the X axis according to the different grammages provided.

Drawing 4 defines the general shape of the hook 4. The longitudinal view (plane XZ) shows the curve of the hook in the order of 16mm and the position of the eyelet BC3 at 12mm from the base. The top view (XY plane) gives the overall dimension of the 30mm hook. These dimensions may change if the inventor decides to develop a range of lures of several dimensions, in order to keep an identical ratio between the DF deflector and the barb of hook 4 according to the different sizes.

Drawing 5 defines the general shape of the rigid type B head fitted with a hook.

The molded front part of the head is identical to the type A head, and contains the surface SC and the flange RB. The hook integrated into the head has notches (CRI) and a locking lug (Rep9) on its shank. This locking lug is identical in shape to the loop BC2 of the clip Rep2, and takes up the functions of the surfaces SA and SB, to block the flexible body in the 3 XYZ planes. These provisions ensure good mechanical strength of the flexible body on the rigid head and avoid the addition of glue during assembly.

Drawing 6 defines the rigid Type N and Type D noisy heads. The drawing shows the recess before placing 3D eyes. This 4mm to 6mm diameter recess depending on the grammage of the rigid heads is produced in the XY plane by the installation of an insert in the manufacturing mold. He crosses the leaden head right through. It is designed to then receive a “rattle” noise-producing element.

Drawing 7 defines the tie rod Rep 2 and details:

The functional loops BC1, BC2, in the XZ plane, the functional loop BC4 in the YZ plane The functional surfaces SA and SB in the XZ plane

The bending radii of 2.5mm outside so as not to injure the flexible body (Rep3) during its installation.

The length of the horizontal part (7) of the clip.

The angle of the loop BC1 / longitudinal axis X.

The definition of the BC1 loop.

Drawing 8 defines the flexible body Rep 3 and details:

The SA and SD functional surfaces in the YZ plane, longitudinal view.

The functional slope SB (50 ° / Z axis) in the XZ plane, longitudinal view.

The functional section SB of the bore on the front face of the flexible body in the YZ plane (view of FACE)

The PV1 and PV2 diam 1mm functional holes in the XY plane. (top and bottom view), positions given on top and bottom view.

The RD and RV functional grooves with a width of 1mm in the XZ plane (top and bottom view). Their position is given in the longitudinal section.

The functional shape of the DF deflector in the YZ plane (rear view).

The functional angle of the DF deflector relative to the X axis (longitudinal view XZ)

Drawing 9 defines the locking and holding functions of the flexible body Rep3 on the rigid Type A head by the clip Rep2.

Radial compression zone exerted by the RB flange Vertical holding zone by the length of the clip (7)

Longitudinal locking and compression zone.

Drawing 10 defines the captive mounting principle of the hook Rep 4 in the clip Rep2.

(For a better visualization of the principle, the flexible body Rep3 is removed.)

The BC3 loop of the hook is free to rotate in the BC2 loop

The view shows the functional loops BC2 and BC4, and the dropped edge 6 as well as the grammage of the rigid head GV engraved on each head.

The slope SB maintains the eyelet BC3 in the high position in the loop BC2, so that it is not positioned by gravity in the lower part. Thereby the inventor preserves the hook from being blocked in rotation.

Drawing 11 defines the different sections in the YZ plane of the flexible body Rep3 along the longitudinal axis X.

These sections are calculated and positioned so as to generate the desired oscillatory movement, and keep enough material to avoid any tearing during the attack of the predator.

Claims (2)

Claims Claim 1 - Fishing lure (AC1) characterized in that it comprises: - A rigid head (Repi), comprising a hydrodynamic front shape, a flat transverse rear face (SC) a flange (RB) and integrating a tie rod (Rep2) to connect the fishing line and the hook. - An attachment rod (Rep2) whose front part is integrated into the rigid head during the manufacturing process and whose rear part makes it possible to form an articulated connection with the hook (Rep4). Said connection being characterized by, at its rear end, a closed loop (BC2) along the longitudinal axis (X), completed by a transverse loop (BC4) surrounding the axial rod (7) and falling under the longitudinal axis of so as to create a free connection in rotation but preventing the eyelet the eyelet (BC3) of the hook (Rep4) from being able to come out without operator action. - A body of flexible material (Rep3) extending along the longitudinal axis of (X) from a front end (SD) to a Rear end (DF). The flat front end (SD) being adapted to come into contact with the Rear face (SC) of the rigid head (Repi) and the front section being adapted to be inserted inside the rim (RB), so to form a lure perfectly imitating the shape and swimming of a small fish. - A hook (Rep4) extending along the longitudinal axis of (X) with a front end fitted with a horizontal eyelet (BC3) and a rear end provided with a barb. Claim 2 - fishing lure according to claim 1, in which the attachment rod (Rep 2) comprises: - A tie rod preferably in stainless steel, but not limited to this material. - At its front end, an eyelet (BC1) inclined by 60 ° relative to the longitudinal axis (X) and of a sufficient height so that its lower front end is integrated into a rigid head during the process of manufacturing, while leaving a free space in the upper part with the upper part of the rigid head to pass the fishing line. - A longitudinal part (7) serving to hold the flexible body (Rep3) in the longitudinal plane (XZ). - At its rear end, a closed loop (BC2) along the longitudinal axis (X), supplemented by a loop (BC4) surrounding the rod (7) in the transverse plane YZ and falling under the longitudinal axis so as to create a free connection in rotation but preventing the eyelet the eyelet (BC3) of the hook (Rep4) from being able to come out without operator action. - At its rear end, an inclined surface (SB) relative to the longitudinal axis (X) and having a rounded shape so as not to injure the flexible body (Rep3) during its installation. - A surface (SA) perpendicular to the longitudinal axis (X) is produced by forming the transverse loop (BC4) to serve as a mechanical stop for the surface SA of the flexible body (Rep3). - A clearance (J) between the longitudinal loop (BC2), the transverse loop (BC4) and the horizontal part (7) is calculated so as to facilitate the operation of fitting the eyelet (BC3) of the hook (Rep4). The play (J) slightly less than the diameter of the hook causes during the setting up, a clipping effect and produces a characteristic “Click” indicating to the operator that the hook is correctly set up in its housing. The hook then becomes trapped in these loops, while remaining exchangeable by the operator by performing the opposite operation. Claim 3 - fishing lure according to claim 1, in which the rigid head (Repi) comprises: - Hydrodynamic shape at the front - A functional support surface (SC) perpendicular to the longitudinal plane (X) at the rear - A retaining flange (RB) on the periphery of the bearing surface (SC) on the back of the head. - Two large holographic 3D eyes (Rep8) (6mm to 12mm depending on the grammage of the rigid head) and different colors, inserted on each side in housings (SE) provided for this purpose. - 2 housings (SE) set back 1 to 2mm from the external shape, to protect the 3D eyes from external aggressions. - An attachment rod (Rep2) allowing to connect the fishing line and the hook (Rep4), integrated into the rigid head (Rep 1) and part of which is embedded in it during the manufacturing process in order to create in its front a closed loop (BC1) continuous without risk of dis-joining and at its rear end, a closed loop (BC2) along the longitudinal axis (X), completed by a loop (BC4) surrounding the rod (7 ) in the transverse plane YZ and falling under the longitudinal axis so as to create a free connection in rotation but preventing the eyelet the eyelet (BC3) of the hook (Rep4) from being able to come out without operator action. - the grammage of the rigid head engraved on the side thereof. Claim 4 - fishing lure according to claim 1, in which the body made of flexible material (Rep3) comprises: - A Front face (SD) identical to the rear section of the rigid head (Repi) of section slightly greater than the section (SC) of the rigid head (repi) to come to fit perfectly inside the rim (RB ) while undergoing radial forces of compression so as to ensure good mechanical strength of the assembly. - A deflector (DF) extending in a transverse plane at the rear end oriented by 80 ° relative to the longitudinal axis. - A vertical rectangular section bore (S3) on the front face (SD) identical to the section projected in a transverse plane of the rear shape of the fastener (Rep2), this in order to allow the insertion of said rod attach (Rep2) without tearing the soft lure. - From the front face, a horizontal hole to guide the installation of an attachment rod or different types of hooks without damaging the flexible material. - two vertical holes (PV1) and (PV2) for guiding and adapting different types of hook mounting on a single flexible body. - A functional transverse surface (SA) located inside the flexible body and beginning a ventral recess (RV) allows to exert a longitudinal compressive force on the flexible body to maintain it in position when it is mounted. - A ventral recess (RV) in the longitudinal plane (ΧΖ) from a transverse surface (SA) and extending over 60% of the total length of the flexible body makes it possible to spread the sides to facilitate assembly operations , and participates in the amplitude of undulation of the flexible body. - A groove (RD) in the longitudinal plane (ΧΖ) located on the back of the flexible body and extending over 45% of the total length of the flexible body allows to hide the barb of the hook. Claim 5 - fishing lure according to claim 3, in which the rigid head comprises: - A cylindrical recess with a horizontal axis (EV1) made during the molding operations enabling a noise element to be inserted. - A sound element composed of steel balls enclosed in a glass capsule. Claim 6 - fishing lure according to claim 5, in which an elastomer or a resin is injected into the recess (EV1) of the rigid head so as to compensate for the hydrostatic pressure forces and guarantee the sealing of the bonding of the 3D eyes on the rigid head and the integrity of the noise element. Page 1 of 7 APPENDIX 1: DRAWINGS DRAWING 1: Presentation of the invention of the assembled lure (Mark AC1)