JP4336172B2 - Fishing lark - Google Patents

Description

  The present invention relates to a fishing ladle for throwing bait such as komase into a target position in fishing, and the user can easily adjust the rod of the user to accurately put the bait bait into the target position. The purpose is to perform.

  Conventionally, in fishing, there is a method of collecting fish that raises the effect of collecting fish by introducing a bait such as krill and sardine minced in the vicinity of the input position of the device, but as one of the methods of collecting fish, a method using fishing ladle is known. ing. In order to increase the fish collection effect by this method, it is necessary to accurately put the bait bait stored in the fishing lark's komase cup at the target position. However, the user's throwing style is different for each user, and it is not easy to perform throwing accurately with a uniform fishing ladle.

Therefore, as shown in Patent Document 1, a fishing ladle that can be adjusted so as to correspond to a fishing rod of an angler has been developed. This fishing ladle has a tapered rod body, a gripping part on which the rod body is rotatably mounted, and a threaded detachably screwed to the gripping part to press the rod body. The rod main body comprises a fixing plug that presses the outer peripheral surface of the rod main body onto the inner surface of the gripping portion. Therefore, if the fixing plug is tightened, the taper surface of the rod body is pressed and fixed to the inner surface of the gripping part, and if the fixing plug is loosened, the rod body can be rotated and the scoop of the Komase cup connected to one end of the rod body The angle between the surface and the mark formed on the outer periphery of the grip portion can be changed.
Japanese Utility Model Publication No. 6-64470

  However, since the fishing ladle described in Patent Document 1 has the rod body formed in a tapered shape, the inner peripheral surface of the insertion hole formed in the grip portion must also be formed in a corresponding tapered shape. Therefore, high machining accuracy was required. In addition, if deformation or the like occurs in the member due to a work error or aging, there is a possibility that the rod main body and the gripping portion may be rattled or cannot be accurately fixed. Further, when the rod body formed in a tapered shape is inserted into the insertion hole of the gripping part, a situation in which both stick together and rotation becomes difficult occurs.

  The present invention is intended to solve the above-described problems, and is a fishing ladle in which a rod body can be freely rotated and fixed with respect to a gripping portion, and can be easily manufactured without requiring an advanced manufacturing technique. It is intended to keep manufacturing costs low. And even if some errors in work, deformation of members due to aging, etc. occur, it is possible to accurately fix the rod body and the gripping part.

  In order to solve the above-described problems, the present invention has a rod body that can be fitted with a comace cup at one end, and the other end of the rod body is rotatably inserted into an insertion hole formed in the axial direction. A gripping part main body formed with an engagement receiving part that is expanded from the diameter of the insertion hole continuously to the other end of the hole, and a mark for position confirmation when gripping the gripping part main body on the surface; The engagement body is pressed against the engagement receiving portion of the gripping body and the other end of the rod body is detachably or non-detachably fixed, and the engagement body is pressure-bonded to the engagement receiving portion by the pressing body disposed inside. The rod body is composed of a fixed body that is detachably screwed to the gripping part body so that the rod body can be fixed to the gripping part body in a non-rotatable manner.

  Further, the non-detachable fixation between the rod body and the engagement body may be performed by inserting and fixing the rod body in an insertion recess provided in the axial direction of the engagement body.

  In addition, the detachable fixing between the rod body and the engagement body is provided with an insertion recess for inserting the other end of the rod body in the axial direction of the engagement body, and a plurality of split grooves penetrating from the outer peripheral surface are provided in the insertion recess. When the engagement body is crimped to the engagement receiving portion by the pressing body, the interval between the dividing grooves is narrowed and the engagement body is fastened and fixed to the rod body, and the pressure body is released from the pressing body. And a chuck system in which the engaging body is removable.

  Further, the pressure bonding between the engagement receiving portion and the engagement body may be performed through an elastic member fixed to the outer periphery of the engagement body.

  Further, the pressing body may be formed separately from the fixed body.

  Further, the pressing body may be integrally formed inside the fixed body.

  Further, the mark may be an uneven portion for hooking a finger.

  In addition, a front fixing body is detachably screwed into a front outer peripheral thread groove provided on the outer peripheral surface of the gripping body main body at a position opposite to the mounting side of the fixing body, and the rod main body penetrates the front fixing body. An elastic annular body is inserted in the gap between the front fixed body and the gripping part body, penetrating the rod body, and when the front fixed body is tightened, the elastic annular body can be elastically deformed to hold the outer peripheral surface of the rod body It may be a thing.

  In the present invention, the rod body can be rotated or fixed with respect to the gripper body by rotating, loosening, or tightening the fixed body provided on the other end side of the gripper body. The angle between the scooping surface and the mark on the gripping body can be easily adjusted. With this adjustment, the bait for different bait feeds is adjusted for each user, and the bait feed is reliably placed at the target position, thereby enhancing the fish collection effect during fishing. In addition, the manufacture of fishing ladle can be facilitated without the need for advanced technology, and the production cost can be kept low. In addition, the rod body and the gripping portion can be accurately fixed even if some errors in the work, deformation of the member due to aging, and the like occur.

  The first embodiment of the present invention will be described with reference to FIGS. 1 to 4. (1) is a fishing ladle, a rod body (2) having a coma cup (3) attached to one end, and the coma cup (3). It consists of a gripping part (4) attached to the other end. This gripping part (4) is provided with an insertion hole (6) for mounting the rod main body (2) so as to be rotatable in the circumferential direction inside a gripping part main body (5) formed in a cylindrical shape. . The insertion hole (6) has an inner diameter of the same diameter from one end to the other end, and the rod body (2) having the same diameter from the one end to the other end is inserted into the insertion hole (6) in the circumferential direction. It is inserted in a rotatable manner. Also, the Komaze cup (3) attached to one end of the rod body (2) may be fixed to the rod body (2) so as not to be detached, or can be removed from the rod body (2) and replaced. It may be.

  Further, as shown in FIG. 2, an engagement receiving portion (7) is formed on the other end side of the insertion hole (6) through which the rod body (2) is inserted. The engagement receiving portion (7) is formed in a tapered shape that is continuous with the insertion hole (6) and is wider than the inner diameter of the insertion hole (6). An outer peripheral thread groove (8) is provided on the outer peripheral surface of the other end of the gripper body (5), and the inner peripheral thread groove (11) formed on the inner peripheral surface of the fixed body (10) is formed on the outer periphery. The fixing body (10) can be connected to the grip body (5) by being screwed into the screw groove (8).

  Further, as shown in FIG. 2, the other end of the rod body (2) inserted through the insertion hole (6) has an engagement body (12) capable of pressing the outer peripheral surface against the inner peripheral surface of the engagement receiving portion (7). ) Is fixed. The engaging body (12) is fixed by an appropriate method such as an adhesive by inserting the other end of the rod body (2) into an insertion recess (13) provided in the axial direction. Further, an elastic member (15) made of silicon resin is covered and fixed on the outer peripheral surface of the engagement body (12), and is engaged with the elastic member (15) when pressed and pressed against the engagement receiving portion (7). The rotation of the rod body (2) is prevented by the contact friction of the receiving part (7).

  Then, the elastic member (15) is pressed against the engagement receiving portion (7) by the pressing body (16) and the fixed body (10). The pressing body (16) has a triangular pyramid shape and is arranged so that the bottom surface abuts on the engaging body (12). Then, the elastic body (15) is formed by screwing the fixed body (10) to the gripper body (5) and pressing the outer peripheral side surface (17) of the pressing body (16) with the inner peripheral surface of the fixed body (10). To the engagement receiving portion (7). Further, the apex portion of the triangular pyramid shape of the pressing body (16) is projected outward from the bottom opening (18) of the fixed body, and a tail rope or the like is inserted into the mounting hole (22) provided in the projecting portion (21). Can be mounted.

Then, while pressing the pressing body (16) with the inner peripheral surface of the fixed body (10), the inner peripheral thread groove (11) of the fixed body (10) is inserted into the outer peripheral thread groove (8) of the gripper body (5). The engagement body (12) is pressed and urged in the direction of the engagement receiving portion (7) on the bottom surface of the pressing body (16), and is elastically provided on the outer peripheral surface of the engagement body (12). The member (15) is brought into close contact with the tapered engagement receiving portion (7) so that the rod body (2) cannot be rotated. The elastic member (15) is not always necessary, and the engaging body (12) does not rotate to the engaging receiving portion (7) when the engaging body (12) is pressed by the pressing body (16). may be long in what can crimp as the contact surface of the engaging body (12) and the engagement receiving portion (7), or form shapes in rough surface engaging relationship occurs, there forms a concavo-convex portion May be.

  Further, a pressing body (16) is interposed between the engaging body (12) and the fixing body (10), and the fixing body (10) connects the engaging body (12) via the pressing body (16). Since it is assumed to be pressed, the rotational force accompanying the screwing of the fixed body (10) causes rotational friction between the fixed body (10) and the pressing body (16), but the pressing body (16) and the engaging body. Since there is little or less rotational friction with (12), the elastic member (15) does not twist or the like when the elastic member (15) is in pressure contact with the engagement receiving portion (7).

  Further, a front outer peripheral thread groove (23) is provided on the outer peripheral surface of one end of the gripper body (5) opposite to the mounting side of the fixed body (10), and a front fixed body (23) is provided in the front outer peripheral thread groove (23). 24) is detachably screwed. The front fixed body (24) penetrates the rod main body (2), and between the inner periphery of the front fixed body (24) and the outer periphery of the rod main body (2), an elastic annular body made of silicon resin. (25) is installed.

This elastic annular body (25) is crimped on the inner peripheral surface of the front fixing body (24) and elastically deformed when the front fixing body (24) is screwed into the front outer peripheral thread groove (23) and tightened. The outer peripheral surface of the rod body (2) is clamped and fixed by crimping. Therefore, by tightening the front fixed body (24) to the gripping part main body (5) as described above, the rod main body (2) is moved through the elastic annular body (25) to the comace cup (3) of the gripping part main body (5). ) Side is also fixed. In this way, by fixing the rod body (2) not only on the other end side of the gripping part body (5) but also on the coma cup (3) side, the rod body (2) is attached to the gripping part body (5). The rod body (2) does not turn unexpectedly even during long-term or repeated use of the fishing ladle (1), and the ugly surface of the Komase cup (3) (26) and the mark (27) of the gripper body (5) can be stably used with the optimum angle maintained.

Further, the front fixing body (24) is crimped on the inner peripheral surface of the front fixing body (24) when the front fixing body (24) is screwed into the front outer peripheral thread groove (23) and tightened, and is elastic. Although it is necessary to deform and clamp the outer peripheral surface of the rod main body (2), it is not always necessary to tighten until the outer peripheral surface of the rod main body (2) is crimped and fixed as described above. It only needs to assist the fastening force to the rod body (2) by the fixed body (10). In some cases, the rod body (2) and the gripping body (5) can be prevented from rattling. It may be a thing.

  Moreover, the uneven | corrugated | grooved part for putting a finger as a mark (27) is formed in the outer peripheral surface of the holding part main body (5). The concavo-convex portion forms a first concavo-convex portion (28) for placing a thumb on the coma cup (3) side of the gripper body (5), and further on the other end side of the first concavo-convex portion (28). The second concavo-convex part (30) and the third concavo-convex part (31) for respectively placing the index finger, middle finger, ring finger, and little finger on the opposite side of the position where the first concavo-convex part is formed by 180 ° in the circumferential direction. The 4th uneven | corrugated | grooved part (32) is formed.

Therefore, the angler grasps the position in the length direction and the circumferential direction with respect to the grip portion main body (5) by grasping the concave and convex portions (28), (30), (31), and (32), which are the marks (27), by hand. The rod body (2) can be rotated relative to the gripper body (5) according to the above-mentioned method in accordance with various conditions such as the straw of the feeding form of the bait, the viscosity of the bait, and the feeding distance. It is possible to move and adjust the angle of the scooping surface (26) of the Komase cup (3) so that the bait can be put into the optimum position desired by the user. Further, if a plurality of concave and convex portions (28 ), ( 30), (31), and (32) are formed as marks (27) as in this embodiment, the angler's five fingers are firmly attached to the gripping portion main body. Since it can be engaged with (5), it becomes possible to easily feed the snapped bait without accidentally sliding the hand.

  In this embodiment, the members other than the rod main body (2) and the elastic member (15) are formed of ABS resin. However, if the material is strong and does not corrode or deteriorate due to seawater, It is not limited to. The rod body (2) of the present embodiment uses a carbon shaft. However, the rod body (2) is made of other materials such as glass fiber as long as it is light and durable. May be.

  In the case formed as described above, the angle between the scooping surface (26) of the Komase cup (3) and the mark (27) which is a fixed position of the grip body (5) is adjusted to the angle desired by the angler. For this purpose, by loosening the tightening of the front fixing body (24) in the disengagement direction, the elastic deformation of the elastic annular body (25) is restored, and the crimping fixing to the outer peripheral surface of the rod body (2) is released, and the rod The main body (2) is released from fixing on the side of the comace cup (3) of the gripping part main body (5).

  Next, by loosening the fastening of the fixed body (10) connected at the other end of the gripper body (5), the pressing of the pressing body (16) to the engaging body (12) is released, and elasticity Since the crimping and fixing of the member (15) to the engagement receiving portion (7) is released, the rod body (2) is freely rotated in the circumferential direction, and the scooping surface (26) of the comace cup (3). And the mark (27) of the gripper body (5) can be adjusted to the angle desired by the angler. Then, after adjusting the rod body (2) to a desired angle, the fixed body (10) and the front fixed body (24) are tightened to fix the rod body (2) to the gripping body (5) so as not to rotate. In the state, the bait can be input.

  In the above embodiment, the fixed body (10) and the front fixed body (24) are used to fix the rod main body (2) to the gripping part main body (5), but the front fixed body (24 ) Is auxiliary and is not always necessary, and of course, it is possible to fix the grip body (5) and the rod body (2) only by the fixed body (10) side.

  In the first embodiment described above, the engagement body (12) is bonded and fixed to the rod body (2). By fixing the engagement body (12) and the rod body (2) in this way, the mechanism is simple and the rod body (2) can be reliably prevented from rotating. However, even when the rod body (2) or a part of the member connected to the rod body (2) becomes defective, the engaging body (12) and the rod body (2) are connected and fixed, and the comace cup ( When 3) is fixed to the rod main body (2), the rod main body (2) cannot be removed from the gripping body (5), so that it cannot be repaired or replaced at all. Even if the Komase cup (3) can be removed, the engaging body (12) and the rod body (2) are integrated, so both must be replaced even if one of them fails. It becomes.

  Therefore, in the second embodiment, as shown in FIGS. 5 and 6, the engaging body (12) and the rod body (2) are separated and can be detached. The rod body (2) and the engagement body (12) can be detachably fixed by providing an insertion recess (13) for inserting the other end of the rod body (2) in the axial direction of the engagement body (12). A plurality of split grooves (34) penetrating from the outer peripheral surface are formed in the recess (13) in the axial direction. When the engagement body (12) is pressure-bonded to the engagement receiving portion (7) by the pressing body (16) with the other end of the rod body (2) inserted into the insertion recess (13), the split groove (34 ) Is narrowed and the engaging body (12) is fastened and fixed to the rod body (2). In addition, the rod body (2) and the engagement body (12) can be detached when the pressing body (16) is released from the engagement body (12). In this way, it is possible to fix and release the engaging body (12) and the rod main body (2) with a chuck system. Also in this embodiment, an elastic member (15) is arranged on the outer periphery of the engaging body (12), and a frictional force is generated when the engaging body (12) is pressure-bonded to the engaging receiving portion (7). The main body (2) is configured to effectively prevent rotation. Of course, the provision of the elastic member (15) is effective in preventing the rotation of the rod body (2), but this is not always necessary, and the engagement body (12) and the engagement receiving portion (7) are not necessarily required. A conventionally known method such as forming a crimping portion with a rough surface may be used.

  Thus, by fixing and releasing the engagement body (12) and the rod body (2) by the chuck method, the rod body (2) can be removed from the gripping body (5) and partially broken. Repair and replacement of the rod body (2) according to the purpose of use are also easy.

  In the first embodiment, the pressing body (16) and the fixing body (10) are formed as separate bodies so that the rotational force of the fixing body (10) is not transmitted to the engaging body (12). ing. However, if the contact portion between the engaging body (12) and the pressing body (16) is formed on a sliding surface with a good sliding property such as a paint and a member, the rotational force of the fixed body (10) is applied to the engaging body (12). It is possible to reduce the transmission to.

  Therefore, in the third embodiment, the pressing body (16) and the fixed body (10) are integrally formed as shown in FIG. Thus, by integrally forming the pressing body (16) and the fixed body (10), it is possible to reduce the molding process and the mold, and it is possible to obtain an inexpensive product. Further, in this embodiment, it is preferable that the contact portion between the engaging body (12) and the pressing body (16) is formed on the sliding surface by disposing a paint and a member having good sliding properties.

  In each of the embodiments described above, the engagement receiving portion (7) is formed in a tapered shape. However, as long as the engagement body (12) can be pressed, it may be a circular recess or a flat surface. Is not particularly limited.

  In each of the above-described embodiments, the engagement receiving portion (7) and the engagement body (12) are pressure-bonded via the elastic member (15) fixed to the outer periphery of the engagement body (12). The elastic member (15) may be interposed between the engaging body (12) and the pressing body (16). However, in the third embodiment in which the pressing body (16) and the fixing body (10) are integrally formed, the rotational force accompanying the screwing of the fixing body (10) to the grip portion main body (5) is the elastic member ( 15) is transmitted to the engaging body (12) via 15), and thus twisting occurs between the engaging body (12) and the rod body (2), which is not preferable.

Sectional drawing of the holding part main body of 1st Example of this invention. The exploded sectional view by the side of a fixed body of a grasping part main part. The exploded sectional view by the side of the front fixed body of a grasping part main part. A side view of a fishing lark. The exploded sectional view showing the 2nd and 3rd examples of the present invention. The left side enlarged view of the engaging body shown in FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 2 Rod main body 3 Comace cup 5 Grip part main body 6 Insertion hole 7 Engagement receiving part 10 Fixed body 12 Engagement body 13 Insertion recessed part 15 Elastic member 16 Press body 23 Front outer periphery screw groove 24 Front fixed body 25 Elastic annular body 27 Mark 34 Split groove

Claims (8)

  A rod body that can be fitted with a Komase cup at one end, and the other end of the rod body is pivotally passed through an insertion hole formed in the axial direction, and an engagement receiving portion is continuously provided at the other end of the insertion hole. The gripping body is formed so as to be larger than the diameter of the insertion hole, and a mark for confirming the position when gripping the gripping body is formed on the surface, and is pressed by the engagement receiving portion of the gripping body. At the same time, the other end of the rod main body is detachably or non-detachably fixed to the engagement receiving portion by the engagement body and the engagement body disposed inside, and the rod main body is made unrotatable to the gripping portion main body. A fishing ladle characterized by comprising a fixed body that is detachably screwed to a grip body so as to be fixed.   The fishing ladle according to claim 1, wherein the rod body and the engaging body are fixed in a non-detachable manner by inserting the rod body into an insertion recess provided in the axial direction of the engaging body and bonding and fixing.   The rod body and the engagement body can be detachably fixed by providing an insertion recess for inserting the other end of the rod body in the axial direction of the engagement body and forming a plurality of split grooves penetrating from the outer peripheral surface in the insertion recess. When the engagement body is pressure-bonded to the engagement receiving portion by the pressing body, the interval between the split grooves is narrowed and the engagement body is fastened and fixed to the rod body, and when the pressing body is released from the engagement body, the engagement with the rod body is released. 2. A fishing ladle according to claim 1, wherein the chuck is a detachable unit.   4. The fishing ladle according to claim 1, 2 or 3, wherein the engagement receiving portion and the engagement body are pressure-bonded via an elastic member fixed to the outer periphery of the engagement body.   The fishing ladle according to claim 1, wherein the pressing body is formed separately from the fixed body.   The fishing ladle according to claim 1, wherein the pressing body is integrally formed inside the fixed body.   The fishing ladle according to claim 1, wherein the mark is an uneven portion for hooking a finger.   A front fixing body is detachably screwed into a front outer peripheral thread groove provided on the outer peripheral surface of the gripping body main body at a position opposite to the mounting side of the fixing body. An elastic annular body is interposed between the fixed body and the gripping body to penetrate the rod body, and the elastic annular body can be elastically deformed to clamp the outer peripheral surface of the rod body when the front fixed body is tightened. The fishing lark of claim 1 characterized by the above.

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