JP2021010362A - Reel seat, and fishing rod provided with the same - Google Patents

Abstract

To provide a pipe-body type reel seat in the movable hood of which a notch part is formed.SOLUTION: A reel seat 100 fixes a reel leg of a reel and attaches the reel to a rod body 11 of a fishing rod. The reel seat 100 is attached to the rod body 11 and includes: a seat body 110 supporting the reel; and a movable hood 140 movably connected to the front part or the rear part of the rod body of the seat body 110 in an axial direction, and pressing and fixing the reel leg to a reel leg support part. The movable hood 140 is provided with a notch part having a shape cut to be recessed so as to have a shape complementary to a part of the seat body 110 at a part in a peripheral direction of the rear end part of the movable hood 140.SELECTED DRAWING: Figure 2

Description

The present disclosure relates to a reel seat attached to a fishing rod for mounting the reel on the fishing rod and a fishing rod provided with the reel seat.

In a fishing rod using a reel, a reel seat (reeL seat) is attached to the main body of the fishing rod in order to attach the reel to the main body of the fishing rod. The reel seat may have a seat body formed in a pipe shape so that the body of the fishing rod penetrates. A reel seat having such a pipe-shaped seat body is referred to as a pipe seat in the art, and the seat body has a hood attached to a main body of a fishing rod to fix a reel leg of the reel, and the hood has a hood. Includes a movable hood that is movably coupled to the seat body in the axial direction of the fishing rod.

In fishing using reels, there are spinning reels attached to the lower side of the reel seat body and double-screw reels or bait reels attached to the upper side of the reel seat body, and these reels have different reel structures from each other. In common, the user swings the fishing rod to fly the gimmick, so-called casting operation, and after casting the gimmick, the user turns the handle of the reel and rewinds the fishing thread to the reel, so-called retrieve operation. And repeat the above two movements for a long time, which may cause pain in the hands. In order to alleviate the pain, it is conceivable to eliminate the shape of the reel seat that fits the palm and fingers while gripping, and the gaps and steps that give the reel seat a sense of discomfort.

As an example of a pipe seat type reel seat, a so-called spinning reel is used in which a reel is attached to the underside of the seat body, and the user holds the reel leg of the reel attached to the seat body between his fingers. A reel seat that can grip the body is known. As an example, Japanese Patent No. 1999-018636 proposes a type of reel seat in which a spinning reel is attached to the lower side of the seat body.

Japanese Patent Publication No. 1999-018636

However, in the above-mentioned conventional technique, a shape that fits the palm while holding only the spinning reel is considered, but when any reel is used, a shape that fits the finger and eliminating gaps and steps are also considered. Not done.

As an example of a pipe seat type reel seat, when a dual-axis reel or bait reel is attached to the upper side of the seat body, the user grips the reel seat with a finger on the trigger to perform casting operation or retrieve. Can perform operations. When the user holds the seat body in a stable grip with fingers other than the thumb, it is possible to reduce the pain of the hand due to the long casting motion and the retrieve motion. For this purpose, improvement in the shape of the outer surface of the seat body or improvement in the shape of the movable hood can be considered. It may also be considered to reduce the weight of the reel seat.

In a reel seat having a grip body with a trigger formed, in a movable hood that has a cylindrical shape as a whole, the index finger is in the gap between the seat body and the movable hood during the finger replacement operation or rod action operation after casting. It may make the fingertips feel uncomfortable or reduce the grip by contacting with a step or a step. In addition, the discomfort of the fingertips temporarily concentrates the consciousness on the fingertips, which disturbs the rhythm of the cast and rod actions, which may contribute to casting mistakes and hooking mistakes.

In order to improve the grip of the reel seat including the grip body on which the trigger is formed, the grip of the palm and the grip of the fingertip are considered as important factors. In the one-finger grip of the cast operation and the three-finger grip of the retrieve operation, a reel sheet that does not cause discomfort to the palm or fingertip due to a gap or a step can be provided.

If the movable hood has a versatile shape that can be combined with the reel seat to which the spinning reel is attached, the movable hood can also be used when designing various reel seats, so standard design can be promoted. Productivity can be improved.

Compared to the movable hood that has a cylindrical shape as a whole, the strength of the movable hood in which the notch is formed may decrease. Therefore, it is a force applied to the movable hood when fixing the reel leg. It is conceivable to provide strength measures so that the strength generated in the actual fishing process can be satisfied against the two forces of) the force of pushing the movable hood upward and the force of ii) the force of opening the movable hood to the left and right.

The disclosed embodiments can provide reel seats that solve at least one or more of the problems of the prior art described above. According to one embodiment, a pipe body type reel seat in which a notch is formed in a movable hood is provided. According to one embodiment, there is provided a reel seat with a movable hood having "L-shaped protrusions" formed on the inside in the width direction and one side in the height direction. According to one embodiment, a fishing rod with the reel seat described above is provided.

A reel seat according to an embodiment of the present disclosure, wherein the reel leg is fixed and the reel is attached to the rod body of a fishing rod. The reel seat is a seat body attached to the rod body to support the reel and a seat body. Includes a movable hood that is movably coupled to the front or rear of the rod in the axial direction of the rod and presses and secures the reel legs against the reel leg supports, the movable hood at the rear end of the movable hood. It is provided with a notch having a shape cut in a concave shape so as to have a shape complementary to a part of the seat body in a part in the circumferential direction, and the seat body is formed on the side part of the seat body and is axially formed. With a guide groove extending along, the movable hood is formed on the inner surface of the movable hood and includes an L-shaped protrusion that extends along the axial direction, where the movable hood is in front of the seat body. It may be configured to be locked into a guide groove when engaged with a portion or rear portion.

According to one embodiment, the seat body is a pipe body in which the bore into which the rod body is inserted in the axial direction of the rod body is limited at the inner peripheral portion, and the reel leg support portion on which the reel legs are placed is provided on the upper side of the outer peripheral portion. A grip body that exposes the reel leg support and wraps the outer circumference of the pipe body, has a cover that engages with the outer circumference of the pipe body at both edges, and is axially coupled to the rear of the pipe body. And include.

The cover includes a front end that is inserted into the space formed by the notch as the movable hood moves toward the grip body, and the front end has a shape that is complementary to the concave cut of the notch. Have.

According to one embodiment, the grip body includes a trigger portion extending from the lower side surface of the cover portion to the lower side at the rear position of the grip body, and the reel supports the reel legs for the length C from the trigger portion to the tip of the front end portion. It can be set so as to satisfy the following formulas 1 and 2 based on the state placed in the unit.

Formula 1: A> B1, Formula 2: CA> B2
(A: Length from the trigger part to the spool shaft of the reel, B1: Length between the reel leg of the reel and the spool shaft, B2: Length between the reel leg of the reel and the spool shaft, C: From the trigger part Length to the tip of the front end)

According to one embodiment, the L-shaped protrusion can include a guide protrusion extending inward in the width direction from the inner surface of the movable hood and a lower protrusion extending downward from the inner tip in the width direction of the guide protrusion.

According to one embodiment, the notch includes a first notch edge located axially and a second notch edge extending downward in the height direction from the first notch edge, and the guide projection , Extending inward in the width direction from the first notch edge, the notch line of the guide protrusion and the guide groove is formed near the horizontal line passing through the center of the bore.

According to one embodiment, the pipe body is provided with a sealing protrusion protruding in the width direction at the outer peripheral portion of the pipe body, the cover portion is provided with a sealing groove that engages with the sealing protrusion, and the lower protrusion is the outer surface of the guide groove. It is housed in the protrusion accommodating portion formed by the upper side surface of the sealing protrusion and the inner side surface in the width direction of the cover portion.

According to one embodiment, the seat body is a pipe in which the bore into which the rod body is inserted in the axial direction of the rod body is limited at the inner peripheral portion, and the reel leg support portion on which the reel legs are placed is provided on the lower side of the outer peripheral portion. With a grip body that wraps the outer circumference of the pipe body while exposing the body and reel leg support, has a cover that engages with the outer circumference of the pipe body at both edges, and is axially coupled to the pipe body. Can be included.

According to one embodiment, the L-shaped protrusion can include a guide protrusion extending inward in the width direction from the inner surface of the movable hood and an upper protrusion extending upward from the inner tip in the width direction of the guide protrusion.

In the fishing rod according to the embodiment of the present disclosure, the fishing rod includes a rod body and a reel sheet attached to the rod body.

In the reel sheet according to one embodiment, the movable hood is formed with a recessed notch, and the front end of the grip body is inserted into the space formed by the notch, so that the lower side surface of the front end of the grip body is inserted. Can provide a space where the user's index finger can rest. Therefore, it is possible to prevent the user's index finger from coming into contact with the step portion between the front end portion of the grip body and the movable hood, and it is possible to improve the grip feeling of the index finger tip.

In the reel seat according to the embodiment, the grip feeling of the user can be improved by adjusting the length from the trigger portion of the grip body to the tip of the front end portion.

The reel seat according to the embodiment has a structure in which the upper surface and the side surface of the L-shaped protrusion are supported by the pipe body and the grip body, respectively, by forming the L-shaped protrusion on the movable hood. Therefore, even if the length of the cylindrical portion of the movable hood in which the notch is not formed is shortened in the axial direction, deformation and breakage of the movable hood can be prevented.

In the reel sheet according to one embodiment, the force applied to the guide protrusion and the pipe body during fishing is maximized by forming the notch line of the guide protrusion and the guide groove so as to be located near the horizontal line passing through the center of the bore. Can be made to.

In the reel seat according to one embodiment, by forming the L-shaped protrusions on the movable hood so as to face upward, even if a force for opening in the width direction acts on the movable hood, the upper protrusions are supported by the pipe body. It is possible to prevent damage to the movable hood.

In the reel sheet according to one embodiment, by forming the L-shaped protrusion downward on the movable hood, it is possible to use a rod body having a larger diameter among the rod bodies accommodated in the pipe body. As a result, it is possible to use a rod body corresponding to a fishing situation where even greater strength is required.

In the reel seat according to the embodiment, the space between the outer peripheral portion of the pipe body and the grip body is created by forming a sealing protrusion on the outer peripheral portion of the pipe body and forming a sealing groove in which the sealing protrusion engages with the grip body. Can be sealed.

It is a side view which shows the fishing rod by one Example of this disclosure. It is a front perspective view which shows the reel seat by one Example of this disclosure. It is an exploded perspective view which disassembled the reel sheet shown in FIG. It is a rear perspective view which shows the reel seat by one Example of this disclosure. It is an exploded perspective view which disassembled the reel sheet shown in FIG. It is an exploded perspective view of the movable hood shown in FIG. 5, and shows the shape of the end surface of the movable hood. FIG. 5 is a vertical cross-sectional view of the movable hood and the pipe body shown in FIG. It is a side view for demonstrating the reel seat by a comparative example. It is a side view which shows the reel sheet shown in FIG. 2 in an enlarged manner. 9 is a side view showing the seat body of the reel seat and the movable hood in an exploded manner in FIG. FIG. 5 is a side view showing a configuration in which a reel is provided on the reel seat shown in FIG. It is a figure for demonstrating the comparison of the movable hood by a comparative example, and the movable hood by one Example. It is a figure for demonstrating the movable hood by one Example of this disclosure. It is a figure for demonstrating the movable hood by one Example of this disclosure. It is sectional drawing which took the reel sheet shown in FIG. 4 along the line I-I. It is an enlarged view which expanded the W part shown in FIG. It is a figure for demonstrating the lower protrusion shown in FIG. 16 in comparison with the upper protrusion by a comparative example. It is a side view which shows the reel sheet by 2nd Example of this disclosure. It is a top view which shows the reel sheet by 2nd Example of this disclosure. It is a side view which shows the fishing rod provided with the reel seat and the spinning reel by the 2nd Example of this disclosure. It is sectional drawing which took the reel sheet shown in FIG. 19 along the IV-IV line. It is sectional drawing which took the reel sheet shown in FIG. 18 along the line III-III. It is an enlarged view which expanded the V part shown in FIG. It is a side view which shows the fishing rod provided with the reel seat and the spinning reel by the 3rd Example of this disclosure. It is sectional drawing which took the reel sheet shown in FIG. 24 along the VV line. It is an enlarged view which expanded the Q part shown in FIG.

The examples of the present disclosure are exemplified for the purpose of explaining the technical idea of the present disclosure. The scope of rights in this disclosure is not limited to the examples presented below or the specific description of these examples.

All technical and scientific terms used in this disclosure have meanings generally understood by those with ordinary knowledge in the technical field to which this disclosure belongs, unless defined differently. All terms used in this disclosure have been selected for the purpose of further articulating this disclosure and not for limiting the scope of rights under this disclosure.

Expressions such as "include", "prepare", "have", etc. as used in this disclosure are open to the possibility of including other embodiments unless otherwise referred to in the term or sentence in which the expression is contained. It should be understood as a type term (open-end terms).

The singular representations described in the present disclosure may include plural meanings, unless otherwise stated, which also applies to the singular representations described in the claims.

The expressions such as "first" and "second" used in the present disclosure are used to distinguish a plurality of components from each other, and do not limit the order or importance of the components.

In the present disclosure, when it is mentioned that a component is "connected" or "connected" to another component, the component may be directly connected to the other component. It should be understood as being able to be connected, or being able to be connected or connected via new other components.

The directional demonstratives such as "forward" and "front" used in the present disclosure mean the direction toward the tip of the fishing rod, and the directional demonstratives such as "rear" and "rear" are the bats of the fishing rod. It means the direction toward (butt). Further, the arrow (FD) used in the present disclosure indicates the forward direction toward the tip (tip) of the fishing rod, and the arrow (RD) indicates the rear direction toward the bat (butt) of the fishing rod. Axial direction (AD) means the length direction of fishing rods and components. The circumferential direction (CD) means the direction surrounding the axial direction (AD). The width direction (WD) is a direction that crosses the width of the fishing rod and means a direction that is aligned with the ground. The height direction (HD) is a direction perpendicular to the width direction (WD) and means a direction perpendicular to the ground.

Hereinafter, examples will be described with reference to the attached drawings. In the accompanying drawings, the same or corresponding components are given the same reference numerals. Further, in the following description of the embodiment, it may be omitted to describe the same or corresponding components in duplicate. However, the omission of a description of a component is not intended to be excluded from the examples in which such a component is present.

FIG. 1 is a side view showing a fishing rod (1) according to an embodiment of the present disclosure.

The fishing rod (1) includes a main body (hereinafter, simply referred to as "rod body (11)") made of an elongated rod. The rod body (11) resists various external forces acting on the fishing rod (1) and functions as a structure that maintains the shape of the fishing rod (1). The rod body (11) has an elongated cylindrical shape. The rod body (11) may consist of one tubular rod or may consist of a plurality of tubular rods.

The fishing rod (1) can include a plurality of fishing line guides (12) for guiding the fishing line (not shown). The fishing line guide (12) is configured to allow the fishing line to pass through it, and guides the fishing line when casting a gimmick or when catching a fish. The fishing line guide (12) can be attached to the outer peripheral surface of the rod body (11) using a winding thread and an adhesive, or can be attached to the rod body (11) by a fitting method.

The fishing line is housed in a reel (13), and the reel (13) is configured to release or wind the fishing line. The reel (13) may have a spool (13C) in which the fishing line is wound and stored, and a handle for rotating the spool. A so-called biaxial reel, which is characterized in that the fishing line is wound on the spool (13C) in parallel with the feeding direction, can be used as the reel (13). FIG. 1 shows the shape of an exemplary reel (13), and the reel adopted for the fishing rod (1) is not limited to the reel shown in FIG. The reel (13) has a pair of reel legs (13A, 13B), the reel legs (13A) extend in the forward direction (FD), and the reel legs (13B) extend in the rear direction (RD). The reel legs (13A, 13B) are used to attach the main body of the reel (13) to the rod body (11).

The fishing rod (1) includes a reel sheet (100) according to an embodiment of the present disclosure. Such a reel seat (100) may be referred to in the art as a pipe type reel seat. The reel seat (100) is attached to and fixed to the rod body (11). The reel seat (100) is configured to attach the reel (13) to the rod body (11). The reel (13) may be fixed to the reel seat (100) on top of the rod body (11) in a superscript manner.

The reel sheet (100) is configured such that the rod body (11) is inserted into the reel sheet (100) in the rearward direction (RD) along the axial direction (AD) of the rod body (11). The reel sheet (100) is formed in the shape of a pipe or a sleeve, and is configured to cover the outer peripheral surface of the rod body (11) with a bore inside the reel sheet (100). The reel seat (100) can be releasably fixed to the reel legs (13A, 13B) of the reel (13). Since the reel (13) is fixed to the reel seat (100) via the reel legs (13A, 13B), the reel (13) can be detachably attached to the rod body (11). A rod handle (14) may be inserted into and fixed to the reel seat (100) at the rear end of the reel seat (100). The rod handle (14) can form the bat of the fishing rod (1).

FIG. 2 is a front perspective view showing a reel seat (100) according to an embodiment of the present disclosure. FIG. 3 is an exploded perspective view of the reel sheet (100) shown in FIG. 2 in an exploded manner. FIG. 4 is a rear perspective view showing a reel seat (100) according to an embodiment of the present disclosure. FIG. 5 is an exploded perspective view of the reel sheet (100) shown in FIG. 4 in an exploded manner.

The reel seat (100) includes a seat body (110) that functions as the main body of the reel seat (100) and a movable hood (140) that is movably coupled to the seat body (110) in the axial direction (AD). The seat body (110) functions to attach the reel seat (100) to the rod body (11), supports the reel against the rod body (11), and is a portion that the user winds and grips with a finger. Functions as. The movable hood (140) presses and fixes the reel legs (13A) of the reel (13) against the seat body (110).

In one embodiment, the seat body (110) includes a removable pipe body (120) and a grip body (130). In another embodiment, the seat body (110) may be configured as an integrated body having a shape corresponding to the pipe body (120) and a shape corresponding to the grip body (130).

The pipe body (120) is fixed to the rod body (11) and supports a pair of reel legs of the reel (for example, the reel legs (13A, 13B) shown in FIG. 1). The grip body (130) is coupled to the pipe body (120) in the axial direction (AD) of the rod body, and functions as a portion where the user grips the reel seat (100). Therefore, the user can grip the grip body (130) with one hand and operate the handle provided on the reel with the other hand. The pipe body (120) and the grip body (130) can be made of the same or different resin materials. Alternatively, a fiber reinforced resin material can be used as the resin material.

The pipe body (120) has a cylindrical shape. As shown in FIGS. 3 and 5, the pipe body (120) has an inner peripheral portion (121) and an outer peripheral portion (122), and the bore (123) can be limited by the inner peripheral portion (121). .. The bore (123) is formed in the pipe body (120) so as to penetrate from the front end to the rear end of the pipe body (120). The rod body (11) (see FIG. 2) can be inserted into the bore (123) in the axial direction (AD) of the rod body. The reel seat (100) is attached to the rod body (11) inserted into the bore (123). An adhesive is applied between the outer peripheral surface of the rod body (11) and the surface of the bore (123) (that is, the inner peripheral portion (121)), and the seat body of the reel sheet (100) (for example, the pipe body (120)) is applied. )) Can be attached to the rod body (11). In addition to the adhesive, a tape can be used, which is interposed between the outer peripheral surface of the rod body (11) and the surface of the bore (123) to fix the rod body (11) and the pipe body (120). Can be made to. A plurality of grooves (124) may be formed on the surface of the inner peripheral portion (121) so as to extend in the axial direction (AD).

The pipe body (120) supports a reel leg (for example, a pair of reel legs (13A, 13B) shown in FIG. 1) at an outer peripheral portion (122). As shown in FIGS. 3 and 5, the pipe body (120) includes a reel leg support portion (125) on which the reel legs are placed above the outer peripheral portion (122). The reel leg support portion (125) can be the upper surface of the outer peripheral portion (122) of the pipe body (120). The reel leg support portion (125) may be formed in the shape of a pair of rails protruding from the outer peripheral portion (122) of the pipe body (120) and extending in the axial direction (AD). Further, the reel leg support portion (125) includes side wall protrusions (129) protruding from the outer peripheral portion (122) of the pipe body (120) on both sides in the width direction (WD).

As shown in FIG. 5, the pipe body (120) is provided with a notch slit (128) on the lower side thereof. The notch slit (128) is formed by notching a part of the pipe body (120) from the rear end to the front end. The notch slit (128) extends from the rear end to the front end of the pipe body (120), and the pipe body (120) may have a substantially C-shaped cross section in the region of the notch slit (128). .. Therefore, the pipe body (120) of one embodiment can be formed as a notched body partially notched by the notched slit (128).

The grip body (130) is located behind the pipe body (120) when the reel seat (100) is viewed from the front or the rear, and the outer peripheral portion (122) of the pipe body (120) in the circumferential direction (CD). Can surround the outer part of. The grip body (130) may have a cylindrical shape with a portion of the upper side cut out from the front end to the rear end by a predetermined length.

The grip body (130) may be formed to partially wrap the pipe body (120) in part or in whole thereof. In one embodiment, the grip body (130) comprises a cover portion (131) that partially encloses the pipe body (120). The cover portion (131) extends axially (AD) to form the front portion of the grip body (130). The cover portion (131) may have a shape curved so as to correspond to the outer peripheral portion (122) of the pipe body (120) in the width direction (WD) orthogonal to the axial direction (AD).

As shown in FIGS. 2 and 4, the cover portion (131) is the reel leg support portion of the pipe body (120) in a state where the pipe body (120) and the grip body (130) are connected to each other in the axial direction (AD). The outer peripheral portion (122) of the pipe body (120) can be partially wrapped while exposing (125). That is, the cover portion (131) can partially wrap the outer peripheral portion (122) of the pipe body (120) in the axial direction (AD) and the circumferential direction (CD) regions.

As shown in FIGS. 3 and 5, the cover portion (131) has a pair of first cover edges (133) extending in the axial direction (AD). The first cover edge (133) of the cover portion (131) is formed so as to engage with the outer peripheral portion (122) of the pipe body (120). Therefore, the cover portion (131) engages with the outer peripheral portion (122) of the pipe body (120) at the first cover edges (133) on both sides, and the pipe body (120) and the grip body (130) are rotated in the circumferential direction (CD). ) Can be combined.

The cover portion (131) has a pair of second cover edges (134) extending in the axial direction (AD) and formed in front of the first cover edge (133) (FD). The second cover edge (134) has a shape further cut out in the height direction (HD) than the first cover edge (133). Further, the rear portion of the movable hood (140) can be rested on the second cover edge (134).

The grip body (130) includes a trigger portion (135) that extends downward from the lower side surface of the cover portion (131) at a rear (RD) position of the grip body (130). The trigger portion (135) is configured to improve the grip feeling of the user. For example, the user may place the trigger portion (135) between the ring finger and the little finger to grip the grip body (130). it can.

As shown in FIGS. 3 and 5, the grip body (130) includes a cylindrical portion (136) extending rearward from the cover portion (131). The cylindrical portion (136) accommodates the rear end portion of the pipe body (120) at its inner peripheral portion. The rear end edge of the cylindrical portion (136) is inclined with respect to the axial direction (AD) and comes into contact with the rod handle (14) shown in FIG.

A fixed hood (138) can be formed on the cylindrical portion (136) of the grip body (130). The front upper end portion of the cylindrical portion (136) has a thickness even thicker than that of the lateral portion and projects upward to form a fixed hood (138). The reel legs (eg, the reel legs (13B) shown in FIG. 1) can be inserted between the fixed hood (138) and the reel leg supports (125). As another embodiment, the fixed hood (138) can be formed separately from the grip body (130) and can be coupled to the grip body (130).

FIG. 6 is an exploded perspective view of the movable hood (140) shown in FIG. 5, showing the shape of the end surface of the movable hood (140). FIG. 7 is a vertical cross-sectional view of the movable hood (140) and the pipe body (120) shown in FIG.

The movable hood (140) can be moved along the pipe body (120) by screwing. The movable hood (140) includes a nut portion (141) and a pressing portion (142). The pressing portion (142) includes a hood portion (1424) and a notch portion (1425). The nut portion (141) and the pressing portion (142) are formed in a ring shape, and the pipe body (120) becomes the nut portion (141) and the pressing portion in the process of connecting the movable hood (140) to the pipe body (120). Penetrate (142).

As shown in FIG. 6, the nut portion (141) is screwed onto the pipe body (120) so as to be rotatable about the pipe body (120) (that is, about the axial direction (AD)). The nut portion (141) has a female screw (1411) on its inner peripheral surface. As shown in FIGS. 3 and 5, the pipe body (120) has a male screw (126) on the outer peripheral portion (122), and the male screw (126) is within a predetermined range from the front end to the rear end of the pipe body. Can be formed.

The female screw (1411) of the nut portion (141) and the male screw (126) of the pipe body (120) are screwed together, and the nut portion (141) is coupled to the pipe body (120) so as to be screw-movable. As the nut portion (141) rotates in one or the other direction in the circumferential direction, the screw movement between the female screw (1411) and the male screw (126) causes the nut portion (141) to rotate backward (RD) or forward (RD) or forward. Can be moved in the direction (FD).

The nut portion (141) is rotatably connected to the pressing portion (142) around the pipe body (120). The hood portion (1424) of the pressing portion (142) has a shape that can cover and press the reel leg (for example, the reel leg (13A) shown in FIG. 1). Although the pressing portion (142) can move in the axial direction (AD) along the pipe body (120), it does not rotate in the circumferential direction (CD). That is, the pressing portion (142) is guided so as to be moved only in the axial direction (AD).

As shown in FIGS. 3 and 5, in order to guide the axial movement of the pressing portion (142), the pipe body (120) has a pair of guide grooves (127) on the outer peripheral portion thereof, and the pressing portion has a pair of guide grooves (127). (142) has a pair of guide protrusions (143) protruding inward on its inner peripheral surface. The guide protrusion (143) can be extended to the rear end of the pressing portion (142). The pair of guide protrusions (143) may start at the rear end of the pressing portion (142) and extend towards the nut portion (141).

The guide groove (127) can be extended to the front end of the pipe body (120). The pair of guide grooves (127) face each other with respect to the center of the bore (1213). As shown in FIGS. 3 and 5, the guide groove (127) extends axially (AD) from the front end of the pipe body (120) through the region where the male thread is formed to a predetermined length. As shown in FIGS. 6 and 7, the pair of guide protrusions (143) are engaged with the pair of guide grooves (127) and are slidable. The guide groove (127) prevents rotation of the guide protrusion (143) in the circumferential direction (CD). As a result, the guide protrusion (143) can be guided only in the axial direction (AD) by the guide groove (127), and the pressing portion (142) can be moved only in the axial direction (AD).

The nut portion (141) and the pressing portion (142) are connected so as to be relatively rotatable. The nut portion (141) is formed with a flange (1412), a locking groove (1413) adjacent to the flange (1412), and a locking projection (1414) adjacent to the locking groove (1413) near the rear end. To. The flange (1412) and locking groove (1413) extend in the circumferential direction (CD). At the front end of the pressing portion (142), a locking projection (1422) engaged with the locking groove (1413) of the nut portion (141) and a nut portion (141) adjacent to the locking projection (1422). A locking groove (1423) is formed to which the locking projections (1414) of the above are engaged. The engagement between the locking projection (1414) and the locking groove (1423) described above provides relative rotation to the pressing portion (142) and the nut portion (141).

When the nut portion (141) is rotated in one direction (CD) around the pipe body (110), the nut portion (141) rotates due to the screw motion between the male screw (126) and the female screw (1411). At the same time, the pressing portion (142) can be moved toward the fixed hood via the flange (1412). When the pressing portion (142) comes into contact with the reel leg (for example, the reel leg (13A) shown in FIG. 1), the screw between the male screw (126) and the female screw (1411) is screwed as the nut portion (141) is slightly further rotated. By the fastening force, the pressing portion (142) can press the reel leg (13A) against the reel leg supporting portion of the pipe body to fix it. When the nut portion (141) is rotated in the opposite direction of the one direction, the nut portion (141) can be moved away from the fixed hood while rotating due to the screw movement between the male screw (126) and the female screw (1411). .. The locking projection (1414) of the nut portion (141) can pull the locking projection (1422) of the pressing portion (142) forward, and the pressing portion (142) that presses the reel leg can be moved away from the fixed hood. ..

As described above, the nut portion (141) is screwed with the pipe body (120) on its inner peripheral surface and is moved forward or backward by a screw motion along the pipe body (120). The pressing portion (142) is pushed toward the fixed hood or pulled away from the fixed hood by the movement of the nut portion (141) forward or backward.

FIG. 8 is a side view for explaining the reel seats (2, 3) according to a comparative example.

According to the reel seat (2) shown in FIG. 8A, a gap (see part X) may occur between the seat body (210) and the movable hood (240). Specifically, in the reel seat (2) according to the comparative example, since the seat body (210) is formed in a cylindrical shape and the movable hood (240) is also formed in a cylindrical shape, the seat body (210) and the movable hood (240) The grip is improved because the sense of unity is enhanced. However, since the length of the reel leg changes depending on the size of the reel to be mounted, the stop position of the movable hood (240) changes depending on the length of the reel leg. Therefore, when a reel having a relatively long reel leg length is used, a gap (see the X portion) may occur between the seat body (210) and the movable hood (240).

Therefore, in order to align the outer shape of the seat body (210) with the outer shape of the movable hood (240), it is necessary to provide a step between the tip of the seat body (210) and the threaded portion of the movable hood (240). Since the position of the step must match the minimum leg length of the reel mounted on the reel seat, there is a gap (X) between the seat body (210) and the movable hood (240) as shown in FIG. 8A. See part) can occur.

With reference to the reel seat (3) according to the comparative example shown in FIG. 8 (b), it is shown that a step (see Y portion) may occur due to a difference in diameter between the seat body (310) and the movable hood (340). ing. Since the lengths of the reel legs vary in size, the seat body (310) is covered with the movable hood (340) in order to prevent a gap between the seat body (310) and the movable hood (340). It is necessary to apply the covering structure. However, in such a covering structure, the outer shape of the seat body (310) and the outer shape of the movable hood (340) cannot be aligned, so that there is a step (340) between the seat body (310) and the movable hood (340). (See Y part) occurs. Further, when the movable hood (340) is manufactured of synthetic resin, it is necessary to secure a wall thickness of 0.6 mm or more in the cross section of the movable hood (340) in consideration of the strength of actual fishing.

FIG. 9 is an enlarged side view showing the reel seat (100) according to the embodiment of the present disclosure shown in FIG. FIG. 10 is a side view showing the seat body (110) and the movable hood (140) of the reel seat (100) in an exploded manner in FIG.

As shown in FIG. 10, the hood portion (1424) constitutes the upper portion of the pressing portion (142) and is formed so as to cover and press the reel legs (for example, the reel legs (13A) shown in FIG. 2). The notch portion (1425) is formed on the lower side in the height direction (HD) of the hood portion (1424). The hood portion (1424) and the notch portion (1425) may have a common edge in the height direction (HD). The guide protrusion (143) of the pressing portion (142) extends along the lower edge of the hood portion (1424) or the upper edge of the notch portion (1425).

The notch (1425) may have a concavely cut shape so as to have a shape complementary to a portion of the seat body (110). For example, the notch portion (1425) is formed so as to be cut concave toward the front end of the pipe body (120) at a part of the rear portion of the pressing portion (142). The notch portion (1425) is formed by notching the lower region of the ring-shaped pressing portion (142) in the axial direction (AD). The cutout portion (1425) is recessed with respect to the front end portion (that is, the front end portion (139) of the cover portion (131)) of the grip body (130). Therefore, when the movable hood (140) presses and fixes the reel leg against the reel leg support portion (125) of the pipe body (120), the front end portion (139) of the cover portion (131) is axially (AD). It can be inserted or fitted into the notch (1425), which can accommodate the front end (139) of the cover (131).

As shown in FIG. 10, the front end portion (139) of the cover portion (131) is inserted into the notch portion (1425), and the hood portion (1424) is the height of the front end portion (139) of the cover portion (131). It is located on the upper side in the vertical direction (HD). Therefore, when the movable hood (140) fixes the reel leg, the hood portion (1424) overlaps the front end portion (139) of the cover portion (131) in the axial direction (AD).

When the movable hood (140) is viewed from the side, the notch portion (1425) may have, for example, an L-shape, a curved L-shape, a V-shape, or a curved V-shape. As shown in FIG. 10, the edges of the notch portion (1425) are the first notch edge (1426) located in the axial direction (AD) and the height direction (HD) from the first notch edge (1426). It may consist of a second notched edge (1427) that extends downward. As another example, the first notched edge (1426) can also be inclined with respect to the axial direction (AD). The second notched edge (1427) is curved in an arc shape. As another example, the second notched edge (1427) can also have a straight line.

The first notched edge (1426) can be parallel to the axial direction (AD). Further, the guide protrusion (143) can be extended inward in the width direction (WD) from the inner side surface of the first notched edge (1426).

The front end portion (139) has a shape complementary to the notch portion (1425). Further, the edge of the notch portion (1425) and the edge of the front end portion (139) of the cover portion (131) have corresponding shapes. As a result, the front end portion (139) of the cover portion (131) has the second cover edge (134) corresponding to the first notch edge (1426) of the notch portion (1425) and the notch portion (1425). It may consist of a tip edge (1391) corresponding to a second notched edge (1427). Thus, when the movable hood (140) moves to secure the reel legs to the pipe body (120), the first notched edge (1426) of the notch (1425) is the second of the cover (131). It moves axially (AD) along the cover edge (134), and the second notch edge (1427) of the notch portion (1425) is the tip edge (1391) of the cover portion (131) and the axial direction (AD). ) Or separate at some intervals. Further, the front end portion (139) of the cover portion (131) is inserted into the notch portion (1425) while the hood portion (1424) overlaps the front end portion (139) of the cover portion (131) in the axial direction (AD). To.

As described above, the movable hood (140) is formed with a notch portion (1425), and the hood portion (1424) is positioned so as to overlap the front end portion (139) of the cover portion (131) in the axial direction (AD). The movable hood (140) secures the reel legs to the pipe body (120). Therefore, the cover portion (131) of the reel seat (100) is pivoted by the fingers (for example, the index finger, the middle finger, and the ring finger (hereinafter, referred to as “3 fingers”) that grip the grip body (130) of the seat body (110). Both have sufficient length to be placed on the cover portion (131) along the direction (AD).

Further, since the hood portion (1424) of the movable hood (140) overlaps the front end portion (139) of the cover portion (131) in the axial direction (AD), the movable hood (140) is closer to the fixed hood (138) side. Can be positioned. Further, by forming a notch (1425) in the movable hood (140), the index finger of the fingers gripping the grip body (130) is the boundary between the lower end of the grip body (130) and the lower end of the movable hood (140). The lower end of the movable hood (140) may be located far from the trigger portion (135) of the grip body (130) so as not to come into contact with. Therefore, the reel seat (100) has a good grip feeling and gripability, and reels having reel legs of various lengths can be mounted.

The reel seat (100) described above can reduce the possibility that the index finger comes into contact with the movable hood (140) while allowing the user to grip the cover portion (131) of the reel seat with three fingers. That is, unless the user forcibly extends the index finger to the maximum (for example, while holding the trigger portion (135) between the ring finger and the little finger), the index finger is a movable hood (for example,). No longer in contact with 140). Further, the user may give a foreign body sensation to the user when the finger touches the lower end of the seat body and the lower end of the movable hood, that is, the space between the lower end of the seat body and the lower end of the movable hood, FIG. The finger does not come into contact with the step (see the X part of a)) or the step (that is, the height difference between the lower end of the seat body and the lower end of the movable hood, see the Y part of FIG. 8B). Therefore, it is possible to provide a good grip feeling to the user who grips the reel seat (100).

FIG. 11 is a side view showing a configuration in which the reel (13) is provided on the reel seat (100) shown in FIG.

The relationship between the stop position of the movable hood for fixing the reel and the width corresponding to three fingers when gripping with three fingers can be considered.

Although the size of the hand varies from person to person, the lengths A, B (B1, B2) and C shown in FIG. 11 are dimensions that can be defined when designing the reel seat.

1) A: Length from the trigger part (135) to the spool shaft (0) of the reel (13) 2) B1: Length between the rear reel leg (13B) of the reel (13) and the spool shaft (0) 3) B2: Length between the front reel leg (13A) of the reel (13) and the spool shaft (0) 4) B: Sum of B1 and B2 5) C: Trigger part (135) to front end part ( Length to the tip of 139)

With a length A, the spool shaft (0) of the reel (13) is the center of the reel. The length B is the total length of the reel in the axial direction (AD). That is, the length B is the distance between the tip of the front reel leg (13A) and the tip of the rear reel leg (13B). Further, the length C is the length from the trigger portion (135) to the tip of the front end portion (139) (the length considering the width of the fingers of three fingers).

The length (C) from the trigger portion to the tip of the front end portion is based on the state in which the reel (13) is placed on the reel leg support portion (125) and is pressed by the movable hood (140). And can be set to a value that satisfies Equation 2.

1) Formula 1: A> B1
2) Formula 2: CA> B2

That is, according to Equation 1, the trigger portion (135) is located further rearward (RD) than the tip of the rear reel leg (13B) of the reel (13) in the axial direction (AD). Further, the formula 2 is for securing a sufficient space on the lower side surface of the front end portion (139) so that the user can settle the three fingers. If the length of C is set as in the formula 2, the length of C can be set. The tip of the front end (139) is located in front (FD) of the tip of the front reel leg (13A) of the reel (13).

When the length C is set by the above-mentioned formulas 1 and 2, the possibility that the index finger comes into contact with the movable hood (140) when the user grips the reel seat can be reduced, and the front end portion ( The lower side surface of 139) can be gripped, and the gripping property can be improved.

Considering the general size of the reel, the length A has a range of about 20 to 31 mm, the length B1 has a range of about 21 to 35 mm, the length B2 has a range of 31 to 41 mm, and the length B has a range of about 62 to 70 mm. .. On the other hand, the size of the user's hand (that is, the width of 3 fingers) considered in setting the length C has a range of about 55 to 75 mm.

FIG. 12 is a diagram for comparing and explaining the movable hood (240) according to the comparative example and the movable hood (140) according to the one embodiment. FIG. 12 (a) shows a movable hood (240) according to a comparative example, and FIG. 12 (b) shows a movable hood (140) according to an embodiment.

As shown in FIG. 12A, the movable hood (240) according to the comparative example has a cylindrical shape as a whole, and the reel legs are caused by the force of contact between the bottom surface of the movable hood (240) and the bottom surface of the seat body (210). The length (L1) of the lower side surface of the movable hood (240) is important because the movable hood (240) is fixed. For example, the length L1 has a size of 10 mm to 11 mm.

As shown in FIG. 12 (b), since the movable hood (140) according to one embodiment has a notch (1425), the movable hood (140) has a relative bottom length (L2). It has a short shape. For example, the length L2 has a size of 4 mm to 6 mm. Therefore, the risk of damage to the movable hood (140) is relatively high. As a result, in the case of the movable hood (140) in which the notch portion (1425) is formed, in order to avoid the situation where only the bottom surface of the seat body (110) and the bottom surface of the movable hood (140) come into contact with each other, the following As in the embodiment described, it is proposed to form a key (boss) on the movable hood (140), form a key groove on the seat body (110), and fix the reel leg by contact between the key and the key groove. .. In the embodiment described below, the key is a "guide protrusion" and the keyway is a "guide groove".

FIG. 13 is a diagram for explaining a movable hood (140) according to an embodiment of the present disclosure. FIG. 13A shows a cross section in a state where the pressing portion (142) is coupled to the pipe body (120). FIG. 13 (a) shows a state of cutting along the line II-II in the state shown in FIG. 12 (b). FIG. 13B shows a perspective view of the pressing portion (142) itself.

The guide protrusion (143A) has a shape that protrudes inward in the width direction from the inner peripheral surface of the hood portion (1424). The axial length (L3) of the guide protrusion (143A) is, for example, 20 mm to 25 mm. Further, the guide groove (127) is formed on the outer peripheral portion of the pipe body (120) along the axial direction.

When the reel leg of the reel (13) exerts a force (FH) that pushes up the hood portion (1424) along the height direction (HD), the upper side surface (1431A) and the guide groove (127) of the guide protrusion (143A) are formed. The lower side surface (1291) of the side wall projection (129) to be formed comes into contact. Since the upper side surface (1431A) of the guide protrusion (143A) is supported by the lower side surface (1291) of the side wall protrusion (129), the hood portion (1424) cannot be raised further upward in the height direction (HD).

The wider the contact area between the guide protrusion (143A) and the side wall protrusion (129), the more the force applied to the guide protrusion (143A) and the side wall protrusion (129) is dispersed, so that the guide protrusion (143A) of the pressing portion (142) and the guide protrusion (143A) It is desirable that the guide groove (127) of the pipe body (120) is provided with a notch line (LC) near the horizontal line passing through the center (OB) of the bore (123). The notch line (LC) is indicated by a line extending axially (AD) along the lower surface of the guide protrusion (143A). For example, in the height direction (HD), the lower surface of the guide protrusion (143A) is formed at a position that passes through the center (OB) of the bore (123) and is adjacent to the horizontal line that is aligned with the width direction (WD).

As shown in FIGS. 18 to 23 described later, the notch line (LC) has a bore (423) with respect to the guide protrusion (443) of the pressing portion (442) and the guide groove (427) of the pipe body (420). It can be provided near the horizon passing through the center (OB) of. In this way, by providing a notch line (LC) near the horizontal line passing through the center (OB) of the bore (423), the reel seat (400) to which the spinning reel is attached has the thumb ball wrapping the grip body (430). Therefore, the grip body (430) can be provided with a sufficient space so that the thumb ball does not hurt. On the other hand, as shown in FIG. 24, the reel seat (500) to which the spinning reel is attached may attach the movable hood in the opposite direction. That is, the movable hood (540) can be fixed to the rod body toward the front (FD), and in that case, the grip body (530) can be provided with a shape in which the thumb is placed.

By providing the notch line (LC) near the horizontal line passing through the center (OB) of the bore (423) in this way, it is possible to provide a movable hood that can be used for various grip bodies (430).

On the other hand, since the reel legs of the reel do not have a defined standard and have various shapes, in order to efficiently fix the reel legs having a wide range of shapes, the inner peripheral surface (1424A) of the hood portion (1424) is used. ) Can be tapered or rounded. For example, when the reel leg moves in the width direction (WD) due to the movement of the fishing line in the width direction (WD) while the reel is fixed to the reel seat, the side surface of the reel leg is the inner peripheral surface of the hood portion (1424). A force (FW) that opens left and right acts on the hood portion (1424) upon contact with (1424A).

In this way, when a force (FW) that opens to the left and right is generated in the hood portion (1424), the hood portion (1424) is not in a closed shape due to the formation of the notch portion (1425), so that the hood portion (1424) is in the width direction (WD). Since the opening cannot be effectively controlled, the hood portion (1424) is deformed (rotated) to the left and right (that is, in the width direction (WD)) about the apex of the hood portion (1424) in the height direction (HD). ) Occurs, increasing the risk of damage to the hood portion (1424).

FIG. 14 is a diagram for explaining a movable hood (140) according to an embodiment of the present disclosure. FIG. 14A shows a cross section of the reel sheet cut at the same position as in FIG. 13A. FIG. 14 (b) shows an enlarged state of the Z portion shown in FIG. 14 (a).

In this embodiment, the contact surface between the guide protrusion (143B) and the side wall protrusion (129) can be angled. For example, the angle (α) formed by the lower side surface (1291) of the side wall protrusion (129) and the outer side surface (1292) in the width direction forms an acute angle, and the upper side surface (1431B) and the inner side surface (1432B) in the width direction of the guide protrusion (143B). ) Makes an acute angle (β).

By making the guide protrusion (143B) and the side wall protrusion (129) angled in this way, the side surface of the reel leg comes into contact with the inner peripheral surface (1424A) of the hood portion (1424), so that the hood portion (1424) comes into contact with the inner peripheral surface (1424A). When a force (FW) that opens to both sides acts on the side wall protrusion (129), the side wall protrusion (129) makes a guide protrusion (129) while the lower side surface (1291) of the side wall protrusion (129) and the upper side surface (1431B) of the guide protrusion (143B) are in contact with each other. Since the reaction of pushing the 143B) inward in the width direction is applied, the risk that the hood portion (1424) is opened on both sides in the width direction (WD) and is damaged can be avoided. However, since the angle α formed by the outer noodles (1292) in the width direction forms an acute angle, the apex of the angle α is exposed if the noodles are located in front of the movable hood (140). The apex of the angle α is sharp and there is a risk of damaging the user's finger. Therefore, it is necessary to have a safety design in which the apex of the angle α is curved so as not to hurt the finger at the apex of the angle α.

FIG. 15 is a cross-sectional view taken along the line I-I of the reel sheet (100) shown in FIG. FIG. 16 is an enlarged view of the W portion shown in FIG.

The pipe body (120) is provided with a pair of sealing protrusions (1251) on the lower portion in the height direction (HD) of the outer peripheral portion (122). The sealing protrusion (1251) projects in the width direction (WD) at the outer peripheral portion (122) of the pipe body (120) and extends in the axial direction (AD). The cover portion (131) of the grip body (130) includes a sealing groove (1351) that engages with the sealing projection (1251). A gap (111) located below the second cover edge (134) of the cover portion (131) is sealed by the sealing protrusion (1251) and the sealing groove (1351) engaged with each other.

The pressing portion (142) further includes a downward protrusion (144) extending downward from the inner tip of the guide protrusion (143) in the width direction (WD). The guide protrusion (143) and the lower protrusion (144) can form an L-shaped protrusion. As shown in FIG. 16, the lower protrusion (144) is the outer surface (1271) of the guide groove (127), the upper side surface (1251A) of the sealing protrusion (1251), and the second cover edge (134) of the cover portion (131). Can be accommodated in the protrusion accommodating portion (112) formed by the widthwise inner surface (1341A) of the. Therefore, when a force (FW) that opens on both sides acts on the hood portion (1424), the outer surface (1441) in the width direction of the lower protrusion (144) is formed by the inner surface (1341A) in the width direction of the second cover edge (134). Can be supported.

As described above, since the guide protrusion (143) and the lower protrusion (144) form an L-shaped protrusion, when the pressing portion (142) receives a force (FH) that pushes the pressing portion (142) upward by the reel leg, the guide protrusion (143) ), The upper side surface (1431) comes into contact with the lower side surface (1291) of the side wall protrusion (129), and the reel can be fixed. When a force (FW) that opens to the left or right acts on the pressing portion (142), the outer surface (1441) in the width direction of the lower protrusion (144) and the inner surface (1341A) in the width direction of the second cover edge (134). ) Can be used to fix the reel.

According to the above embodiment, it is possible to prevent the pressing portion (142) from opening in the width direction (WD) without making an angle (that is, an acute angle) to the side wall projection (129) or the guide projection (143). it can.

FIG. 17 is a diagram for explaining the lower protrusion (144) shown in FIG. 15 in comparison with the upper protrusion (145) according to another embodiment. FIG. 17A shows a configuration in which a guide protrusion (143) and a lower protrusion (144) are formed on the pressing portion (142), and FIG. 17B shows a guide protrusion (143) formed on the pressing portion (142). And the upper protrusion (145) are formed.

As shown in FIG. 17B, the pressing portion (142) includes an upper protrusion (145) extending upward from the inner tip of the guide protrusion (143) in the width direction (WD). The guide protrusion (143) and the upper protrusion (145) form an L-shaped protrusion. Further, the pipe body (120) further includes an enclosure protrusion (1295) extending downward from the lateral (WD) outer tip of the side wall protrusion (129). The widthwise outer surface (1451) of the upper protrusion (145) is supported by the widthwise inner surface (1295A) of the enclosure (1295). Therefore, even if a force (FW) that opens in the width direction (WD) acts on the pressing portion (142), the upper protrusion (145) is supported by the surrounding protrusion (1295), and the pressing portion (142) is prevented from being damaged. be able to.

In this way, when the upper protrusion (145) is provided to the pressing portion (142), the side wall protrusion (129) or the guide protrusion (143) is not provided with an acute angle as in the case shown in FIG. 18A. However, it is possible to prevent the pressing portion (142) from opening in the width direction (WD).

In the case of FIG. 17 (b), since the upper protrusion (145) is supported by the enclosure protrusion (1295) of the pipe body (120), the wall thickness of the pipe body (120) is made larger than that in the case of FIG. 17 (a). The inner diameter (D2) of the pipe body (120) is smaller than the inner diameter (D1) shown in FIG. 17 (a). That is, when the L-shaped protrusion is configured upward as in the case of FIG. 17 (b), the pipe body (120) is compared with the case where the L-shaped protrusion is downward as in the case of FIG. 17 (a). ), Therefore, the inner diameter (D2) of the pipe body (120) is formed to be small. Unlike this, in the case of FIG. 17A, the downward protrusion (144) is supported by the second cover edge (134) of the grip body (130), so that the inner diameter (D1) of the pipe body (120). ) Can be formed even larger.

The larger the inner diameter of the pipe body (120), the lighter the weight of the pipe body (120) can be manufactured, and the more the pipe body (120) can be attached to the rod body having a wide outer diameter. Further, the size of the inner diameter of the pipe body (120) can be considered as an important design factor in the process of manufacturing the reel sheet (100), and in order to increase the size of the inner diameter of the pipe body (120), The L-shaped protrusion can be formed downward as shown in FIG. 17 (a).

By forming an L-shaped protrusion on the pressing portion (142) of the movable hood (140) as in the above-described embodiment, the reel leg of the reel acts on the pressing portion (142) and pushes it up to the left and right. It is possible to reduce the risk of damage to the movable hood due to the opening force. Further, by forming the lower protrusion (144) so as to face downward in the height direction (HD), it is possible to realize meat stealing of the seat body (110) and achieve weight reduction of the seat body (110). It is possible to suppress molding defects.

FIG. 18 is a side view showing the reel sheet (400) according to the second embodiment of the present disclosure, and FIG. 19 is a top view showing the reel sheet (400) according to the second embodiment of the present disclosure. The configuration and duplicate description described in the above-described embodiment will be omitted.

The reel seat (400) described below can be referred to as a "spinning reel seat". A spinning reel can be attached to the reel seat (400), and the spinning reel can be provided below the reel seat (400). The reel seat (400) may include a seat body (410) that functions as the body of the reel seat (400) and a movable hood (440) that is movably coupled to the seat body (410) in the axial direction (AD). it can.

In one embodiment, the seat body (410) can include a separably configured pipe body (420) and a grip body (430). In another embodiment, the seat body (410) may be configured as an integrated body having a shape corresponding to the pipe body (420) and a shape corresponding to the grip body (430).

The pipe body (420) has a bore (423) inserted in the axial direction (AD) of the rod body limited at the inner peripheral portion, and a reel leg support portion (425) is provided below the outer peripheral portion (422).

The grip body (430) includes a cover portion (431) that partially encloses the pipe body (420). The cover portion (431) extends in the axial direction (AD) to form a rear portion of the grip body (430). The cover portion (431) can partially wrap the outer peripheral portion (422) of the pipe body (420) while exposing the reel leg support portion (425) of the pipe body (420).

The grip body (430) includes a cylindrical portion (436) that extends forward from the cover portion (431). The cylindrical portion (436) accommodates the front end portion of the pipe body (420) at its inner peripheral portion. Also, a fixed hood (438) can be formed on the cylindrical portion (436) of the grip body (430). Specifically, the rear upper end portion of the cylindrical portion (436) has a thickness even thicker than that of the lateral portion and projects upward to form a fixed hood (438).

The cover portion (431) has a pair of cover edges (433, 434) extending in the axial direction (AD). The cover edge (433, 434) of the cover portion (431) is formed so as to be locked to the outer peripheral portion (422) of the pipe body (420). Therefore, the cover portion (431) is locked to the outer peripheral portion (422) of the pipe body (420) by the cover edges (433, 434) on both sides, and the pipe body (420) and the grip body (430) are rotated in the circumferential direction (CD). ) Can be combined.

The movable hood (440) can be moved along the pipe body (420) by screwing. The movable hood (440) includes a nut portion (441) and a pressing portion (442). The pressing portion (442) includes a hood portion (4424) and a notch portion (4425). The rear end of the cover portion (431) has a shape complementary to the notch portion (4425). The pipe body (420) penetrates the nut portion (441) and the pressing portion (442) in the process of connecting the movable hood (440) to the pipe body (420).

FIG. 20 is a side view showing a fishing rod (4) provided with a reel seat (400) and a spinning reel (15) according to the second embodiment of the present disclosure.

The seat body (410) is fixed to the rod body (11) and supports a pair of reel legs (15A, 15B) of the spinning reel (15). The grip body (430) is coupled to the pipe body (420) in the axial direction (AD) of the rod body, and functions as a portion where the user grips the reel seat (400). Therefore, the user can grip the grip body (430) with one hand and operate the handle provided on the reel (15) with the other hand. The upper portion (437) of the grip body (430) has a shape that is convex upward so as to improve the grip feeling of the palm.

The reel legs (15A, 15B) of the spinning reel (15) may be placed on the downward reel leg supports (425). The front reel leg (15A) may be supported by the fixed hood (438) and the rear reel leg (15B) may be supported by the hood portion (4424). Therefore, the spinning reel (15) cannot be separated from the reel seat (400) by gravity.

When the user grips the reel seat (400), the pedestal (15C) of the spinning reel (15) may become sandwiched between the user's middle and ring fingers. In this case, the spool (15D) can be located further below the back of the user's hand and the pedestal (15C). Further, the middle finger can grip the lower side surface of the front reel leg (15A), and the ring finger can grip the upper side surface of the rear reel leg (15B). Further, the thumb and the index finger can grip the outer peripheral surface of the cylindrical portion (436), and the index finger can grip the lower portion of the outer peripheral surface of the cylindrical portion (436). In addition, the little finger can grip the movable hood (440).

FIG. 21 is a cross-sectional view taken along line IV-IV of the reel sheet (400) shown in FIG.

The nut portion (441) and the pressing portion (442) can be connected so as to be relatively rotatable. The nut portion (441) is formed with a flange (4412), a locking groove (4413) adjacent to the flange (4412), and a locking projection (4414) adjacent to the locking groove (4413) near the front end. To. The flange (4412) and locking groove (4413) extend in the circumferential direction (CD). At the rear end of the pressing portion (442), there is a locking projection (4422) that is locked in the locking groove (4413) of the nut portion (441), and a nut portion (441) adjacent to the locking projection (4422). ) Is engaged with the locking projection (4441) to form a locking groove (4423). The engagement between the locking projection (4444) and the locking groove (4423) described above provides relative rotation to the pressing portion (442) and the nut portion (441).

When the nut portion (441) is rotated in one direction (CD) around the pipe body (420), the nut portion (441) rotates due to the screw movement between the male screw (426) and the female screw (4411). At the same time, the pressing portion (442) can be moved toward the fixed hood (438) via the flange (4412). When the pressing portion (442) comes into contact with the reel leg, the pressing portion (442) pushes the reel leg due to the screw fastening force between the male screw (426) and the female screw (4411) as the nut portion (441) is rotated slightly further. It can be fixed by pressing against the reel leg support of the pipe body. When the nut portion (441) is rotated in the opposite direction of the one direction, the nut portion (441) can be moved away from the fixed hood while rotating due to the screw movement between the male screw (426) and the female screw (4411). .. That is, the locking projection (4444) of the nut portion (441) pulls the locking projection (4422) of the pressing portion (442) backward, and the pressing portion (442) that presses the reel leg moves away from the fixed hood. Can be done.

FIG. 22 is a cross-sectional view taken along the line III-III of the reel sheet (400) shown in FIG. FIG. 23 is an enlarged view of the V portion shown in FIG. 22.

The pipe body (420) has a bore (423) inserted in the axial direction (AD) of the rod body limited at the inner peripheral portion, and a reel leg support portion (425) is provided below the outer peripheral portion (422).

The pipe body (420) is provided with a pair of sealing protrusions (4251) on the upper portion in the height direction (HD) of the outer peripheral portion (422). The sealing protrusion (4251) projects in the width direction (WD) at the outer peripheral portion (422) of the pipe body (420) and extends in the axial direction (AD). The cover portion (431) of the grip body (430) includes a sealing groove (4351) that engages with the sealing protrusion (4251). The gap (411) located above the cover edge (433, 434) of the cover portion (431) is sealed by the sealing protrusion (4251) and the sealing groove (4351) engaged with each other.

The pressing portion (442) further includes an upper protrusion (444) extending upward from the inner tip of the guide protrusion (443) in the width direction (WD). The guide protrusion (443) can be extended to the front end of the pressing portion (442). The guide protrusion (443) and the upper protrusion (444) form an "L-shaped protrusion". The guide groove (427) can be extended to the rear end of the pipe body (420).

As shown in FIG. 23, the upper protrusion (444) is the outer surface (4271) of the guide groove (427), the lower side surface (4251A) of the sealing protrusion (4251), and the cover edge (434) of the cover portion (431). It can be accommodated in the protrusion accommodating portion (412) formed by the inner side surface (4341A) in the width direction. Therefore, when a force (FW) that opens on both sides acts on the hood portion (4442), the outer surface (4441) in the width direction of the upper protrusion (444) is supported by the inner surface (4341A) in the width direction of the cover edge (434). obtain.

As described above, since the guide protrusion (443) and the upper protrusion (444) form an L-shaped protrusion, when the pressing portion (442) receives a force (FH) to push down the pressing portion (442) by the reel leg, the guide protrusion (FH) is used. The lower side surface (4431) of the 443) comes into contact with the upper side surface (4291) of the side wall protrusion (429) so that the reel (15) can be fixed. When a force (FW) that opens left and right acts on the pressing portion (442), the outer surface (4441) in the width direction of the lower protrusion (444) and the inner surface (4341A) in the width direction of the cover edge (434). The reel (15) can be fixed by contact.

FIG. 24 is a side view showing a fishing rod (5) provided with a reel seat (500) and a spinning reel (15) according to the third embodiment of the present disclosure. The configuration and duplicate description described in the above-described embodiment will be omitted.

In this embodiment, the movable hood (540) may be placed in front of the reel seat (500). The reel seat (500) includes a seat body (510) and a movable hood (540) coupled in front of the seat body (510). The seat body (510) may include a pipe body (520) and a grip body (530), and the grip body (530) may include a cover portion (531). Further, the movable hood (540) may be formed with a notch portion (5425) notched toward the front (FD). The front end of the cover (531) has a shape complementary to the notch (5425).

In this embodiment, the index finger of the user can grip the lower surface of the movable hood (540). Further, a recess (538) may be formed in the front portion of the upper side surface of the cover portion (531). When the user grips the reel seat (500), the grip feeling of the thumb can be improved by positioning the thumb in the recess (538), and it is easy to apply force during casting.

FIG. 25 is a cross-sectional view of the reel sheet (500) shown in FIG. 24 taken along the VV line. FIG. 26 is an enlarged view of the Q portion shown in FIG. 25.

The pipe body (520) is provided with a pair of sealing protrusions (5251) on the upper portion in the height direction (HD) of the outer peripheral portion (522). The sealing protrusion (5251) projects in the width direction (WD) at the outer peripheral portion (522) of the pipe body (520) and extends in the axial direction (AD). The cover portion (531) of the grip body (530) is provided with a sealing groove (5351) that engages with the sealing projection (5251). The gap (511) located above the cover edge (533, 534) of the cover portion (531) is sealed by the sealing protrusion (5251) and the sealing groove (5351) engaged with each other.

The pressing portion (542) further includes an upward protrusion (544) extending upward from the inner tip of the guide protrusion (543) in the width direction (WD). The guide protrusion (543) can be extended to the rear end of the pressing portion (542). The guide protrusion (543) and the upper protrusion (544) form an L-shaped protrusion. The guide groove (527) can be extended to the front end of the pipe body (520).

As shown in FIG. 26, the upper protrusion (544) is formed on the outer surface (5271) of the guide groove (527), the lower side surface (5251A) of the sealing protrusion (5251), and the cover edge (534) of the cover portion (531). It can be accommodated in the protrusion accommodating portion (512) formed by the inner side surface (5341A) in the width direction. Therefore, when a force (FW) that opens on both sides acts on the hood portion (5424), the outer side surface (5441) in the width direction of the upper protrusion (544) is supported by the inner side surface (5341A) in the width direction of the cover edge (534). obtain.

As described above, since the guide protrusion (543) and the upper protrusion (544) form an L-shaped protrusion, when the pressing portion (542) receives a force (FH) that pushes down the pressing portion (542) by the reel leg, the guide protrusion (FH) The lower side surface (5431) of the 543) comes into contact with the upper side surface (5291) of the side wall protrusion (529) so that the reel (15) can be fixed. When a force (FW) that opens left and right acts on the pressing portion (542), the outer surface (5441) in the width direction of the lower protrusion (544) and the inner surface (5341A) in the width direction of the cover edge (534). The reel (15) can be fixed by contact.

Although the technical idea of the present disclosure has been explained by some examples and the examples shown in the attached drawings, the technical idea of the present disclosure and the technical idea of the present disclosure that can be understood by a person having ordinary knowledge in the technical field to which the present disclosure belongs. It must be known that various substitutions, modifications and changes can be made without departing from the range. Also, such substitutions, modifications and alterations should be considered to be within the scope of the appended claims.

1 Fishing rod, 11 rod body, 13,15 reel, 13A, 13B, 15A, 15B reel leg, 100,400,500 reel seat, 110,210,310,410,510 seat body, 111,411,511 gap, 120 , 420,520 Pipe body, 121 inner circumference, 122,422,522 outer circumference, 123,423,523 bore, 125,425,525 reel leg support, 127,427,527 guide groove, 128 notch slit, 1251,4251,5251 Sealing protrusion, 130,430,530 Grip body, 131,431,531 Cover part, 133,134,433,434,533,534 1st and 2nd cover edge, 135 Trigger part, 139 Front end part , 1351,4351,5351 Sealing groove, 140,240,340,440,540 Movable hood, 141,441 nut part, 142,442,542 pressing part, 1244,442,5424 hood part, 1245, 4425, 5425 notch Department.

Claims (10)

A reel sheet that fixes the reel legs of a reel and attaches the reel to the rod body of a fishing rod.
A seat body that is attached to the rod body and supports the reel,
A movable hood that is movably coupled to the front or rear portion of the seat body in the axial direction of the rod body and presses and fixes the reel legs against the seat body.
The movable hood is provided with a notch having a concavely cut shape so as to have a shape complementary to the part of the seat body at a part in the circumferential direction of the movable hood.
The seat body includes a guide groove formed on a side portion of the seat body and extending along the axial direction.
The movable hood comprises an L-shaped protrusion formed on the inner surface of the movable hood and extending along the axial direction.
The L-shaped protrusion is a reel seat configured to be locked in the guide groove when the movable hood is engaged with the front portion or the rear portion of the seat body. The seat body
A pipe body in which the bore into which the rod body is inserted in the axial direction of the rod body is limited by the inner peripheral portion, and the reel leg support portion on which the reel leg is placed is provided on the upper side of the outer peripheral portion.
A cover portion that exposes the reel leg support portion and wraps the outer peripheral portion of the pipe body and is engaged with the outer peripheral portion of the pipe body at both side edges is provided, and is coupled to the rear portion of the pipe body in the axial direction. The reel seat according to claim 1, which includes a grip body. The cover portion includes a front end portion that is inserted into the space formed by the notch portion by moving the movable hood toward the grip body.
The reel sheet according to claim 2, wherein the front end portion has a shape complementary to a shape cut into a recess of the notch portion. The grip body includes a trigger portion extending downward from the lower side surface of the cover portion at a rear position of the grip body.
According to claim 3, the length from the trigger portion to the tip of the front end portion is set so as to satisfy the following formulas 1 and 2 with reference to the state in which the reel is placed on the reel leg support portion. The listed reel sheet.
Formula 1: A> B1, Formula 2: CA> B2
(A: Length from the trigger part to the spool shaft of the reel, B1: Length between the reel leg on the rear side of the reel and the spool shaft, B2: Length between the reel leg on the front side of the reel and the spool shaft, C : Length from the trigger part to the tip of the front end part) The reel sheet according to claim 2, wherein the L-shaped protrusion includes a guide protrusion extending inward in the width direction from the inner surface of the movable hood and a lower protrusion extending downward from the inner tip in the width direction of the guide protrusion. The notch portion includes a first notch edge located in the axial direction and a second notch edge extending downward in the height direction from the first notch edge.
The guide protrusion extends inward in the width direction from the first notched edge.
The reel sheet according to claim 5, wherein the guide protrusion and the notch line of the guide groove are formed in the vicinity of a horizontal line passing through the center of the bore. The pipe body has a sealing protrusion protruding in the width direction at the outer peripheral portion of the pipe body.
The cover portion includes a sealing groove that engages with the sealing protrusion.
The reel sheet according to claim 5, wherein the lower protrusion is housed in a protrusion accommodating portion formed by an outer surface of the guide groove, an upper side surface of the sealing protrusion, and an inner side surface in the width direction of the cover portion. The seat body
A pipe body in which the bore into which the rod body is inserted in the axial direction of the rod body is limited by the inner peripheral portion, and the reel leg support portion on which the reel leg is placed is provided on the lower side of the outer peripheral portion.
A grip that wraps the outer peripheral portion of the pipe body while exposing the reel leg support portion, includes a cover portion that engages with the outer peripheral portion of the pipe body at both side edges, and is coupled to the pipe body in the axial direction. The reel sheet according to claim 1, which includes a body. The reel sheet according to claim 8, wherein the L-shaped protrusion includes a guide protrusion extending inward in the width direction from the inner surface of the movable hood and an upper protrusion extending upward from the inner tip in the width direction of the guide protrusion. With the rod body
The reel sheet according to any one of claims 1 to 9, which is attached to the rod body.
Fishing rod including.

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