JP2009033998A - Reel seat and fishing rod with reel seat - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a reel seat capable of reducing load on fingers co-gripping a double bearing reel and the reel seat. <P>SOLUTION: A right and a left protruding surface parts 7E protruding to the transverse lateral sides are formed and protruding ends 7a in the right and the left protruding surface parts 7E are protruded from the outer peripheral surface of a fixed hood 5 to the transverse lateral sides. A bulged surface part 7F bulging outwardly in the radial direction is arranged over the right and the left protruding surface parts 7E and a finger pad peripheral part 7G located on the side opposite to the side where a reel leg carrying part is present sandwiching the rod shaft center X therebetween. A continuous curved surface is formed within the range from the protruding surface parts 7E through the bulged surface part 7F to the finger pad peripheral part 7G. <P>COPYRIGHT: (C)2009,JPO&INPIT

Description

  The present invention relates to a reel seat having a reel leg placement portion on a seat base having a hood for holding a reel leg, and a fishing rod with a reel seat.

The outer shape of the portion of the seat base that is externally fitted to the blank forming the reel leg mounting portion is formed in a substantially arc shape, and has a slightly smaller diameter than the fixed hood and movable hood that hold the reel legs. It is formed (Patent Document 1).
Japanese Patent No. 3160267 (paragraph [0011], FIGS. 1, 3, and 4)

In general, a double-bearing reel is provided with a long plate-shaped reel leg at the center of the left and right, and a spool that rotates around a horizontal axis is disposed above the reel leg, and this spool is supported in a pair of left and right case parts. And is configured.
When the double-bearing reel configured as described above is attached to the reel seat of the fishing rod, a pair of left and right case portions of the dual-bearing reel are positioned on both lateral sides of the reel seat.
When performing a fishing operation, the angler places the thumb of one hand on the upper surface of the case part of the dual-bearing reel and places the fingertips downward while placing four fingers other than the thumb on the side of the case part. It is usual to take a grip form that extends and positions the fingertip in a state of bypassing the lower surface of the sheet base covering the blank.

In this way, when adopting a grip configuration in which the fingertip is positioned so as to bypass the lower surface of the sheet base that covers the blank, the finger touches the side surface of the case portion, and the fingertip that leaves the lower end of the side surface of the case portion Is in contact with the lower surface of the seat base while bypassing the lower surface.
In this case, since the cross-sectional shape of the seat base is configured to be smaller than the outer diameter of the hood, the gap between the lower end of the side surface of the case portion and the seat base is large, and the lower surface of the seat base has a small diameter. The fingertip that has left the lower end of the side surface of the portion has a refractive index that increases from the state along the side surface of the case portion toward the lower surface of the seat base, and the tip portion of the fingertip is placed on the lower surface of the seat base.
Therefore, the both-bearing reel and the reel sheet are gripped, and the mechanism is charged and rolled up. However, the state where the both-bearing reel and the reel sheet are gripped is unnatural to greatly refract the fingers. Therefore, the burden on grasping was large and improvement was necessary.

  It is an object of the present invention to change the shape of a part of a reel sheet that forms a reel leg placement part and a part that is located on the opposite side of the reel leg placement part across the saddle shaft, and An object of the present invention is to provide a reel sheet that can avoid the interference between the case portion of the dual-bearing reel and the reel sheet while reducing the burden on the fingers that grip the reel and the reel sheet.

〔Constitution〕
A characteristic configuration of the first aspect of the invention is that a seat base including a hood for holding a reel leg is provided with a reel leg mounting portion, and is positioned on both the left and right sides of the reel leg mounting portion on the seat base and radially outward. A pair of projecting surface portions projecting in the direction and a finger contact peripheral portion located on the opposite side of the reel leg mounting portion with the shaft core of the seat base therebetween, and in the left and right projecting surface portions The protruding end is protruded radially outward from the outer peripheral surface of the hood, and a bulging surface portion bulging radially outward is disposed between the left and right protruding surface portions and the finger rest peripheral portion, A continuous curved surface is formed in a range extending from the protruding surface portion to the finger contact peripheral portion via the bulging surface portion, and the reel leg mounting portion is disposed between the reel leg mounting portion and the protruding surface portion on the peripheral surface portion. An inclined surface part connecting the lateral end of the projection and the protruding surface part is formed There is a point are, the action effect is as follows.

[Action]
Left and right protruding surface portions are formed on both sides of the reel leg mounting portion in the seat base. Since the left and right projecting surface portions protrude from the outer peripheral surface of the hood in the radial direction, the left and right projecting surface portions are positioned on both sides of the both bearing reels with the both bearing reels mounted on the reel leg mounting portions. The protruding ends of the left and right protruding surface portions can be brought close to the case portion.

  In addition, it bulges outward in the radial direction across the left and right projecting surface portions and the finger contact peripheral portion located on the opposite side of the reel leg placement portion existing side across the saddle shaft core. The bulging surface portion was arranged. Since a continuous curved surface is formed in a range extending from the protruding surface portion through the bulging surface portion to the finger resting peripheral portion, the side surface of the case portion extends from the projecting surface portion and the bulging surface portion to the finger resting peripheral portion. A continuous surface can be assumed, and the presence of corners where fingers are strongly pressed can be eliminated, and the seat base portion can be gripped in a natural finger state.

Therefore, the finger portion extending downward from the palm of the hand applied to the side surface of the case portion of the dual-bearing reel can be extended to the projecting surface portion only by extending without being largely refracted from the posture applied to the side surface of the case portion. It is possible to assign.
And since the fingertip of the finger applied to the protruding surface portion is applied along the finger resting peripheral portion from the bulging surface portion formed as a continuous curved surface, there is little feeling of pain or pressure when gripping.
Since the bulging surface part is formed between the protruding surface part and the finger pad peripheral part, it is suitable for the palm of a concave hand compared to the case where a continuous curved surface is formed only by the protruding surface part and the finger pad peripheral part. Easy to create curved surfaces.

In addition to the above actions, the following actions are also exhibited. As described above, by forming the projecting surface portion, the projecting end comes close to the case portion of the double-bearing reel, so that when the large double-bearing reel is mounted, the case portion and the projecting end interfere with each other. The situation to be considered.
Therefore, as described above, by forming the inclined surface portion, it is possible to form the protruding surface portion so as to protrude sufficiently laterally in order to stabilize the placement state of the fingers while avoiding interference with the case portion.

〔effect〕
The finger contact circumference is formed from the case portion of the dual-bearing reel by forming a projecting surface portion projecting from the outer peripheral surface of the hood on the seat base and two points forming the projecting surface portion and the finger rest peripheral portion on a continuous curved surface. The posture of fingers applied to the club can be made close to nature. As a result, a stable grip became possible, and it became possible to perform the charging and winding of the device stably for a long time.
In addition, since the protruding surface portion can be provided in a sufficiently protruding state so as to avoid interference with the case portion, the goodness of being able to stabilize the placement state of the finger turned around the finger resting peripheral portion is impaired. There is no.

〔Constitution〕
The characteristic configuration of the second aspect of the invention is that two boundary lines between the reel leg mounting portion and the inclined surface portions located on both lateral sides of the reel leg mounting portion are arranged at an intermediate side between the front end and the original end. Formed in a state of being close to each other, the lateral width of the reel leg mounting portion is wider toward the front end positioned on the one hood side and the original end positioned on the other hood side, and the front end And the former side end are formed so as to become narrower, and the function and effect thereof are as follows.

[Function and effect]
The width of the reel leg mounting portion is wide at the front end, then narrows toward the intermediate side, and widens toward the original end when it is narrowest. Thus, although it is not a fixed lateral width, a wide lateral surface is secured at the front end and the original end, and the reel leg is supported at two points of the front end and the original end. . With such a configuration, since the front end and the original end are portions where the reel legs are held by both hoods, a configuration in which the front end and the main end are mainly supported at two points is adopted. However, a sufficient support structure can be constructed.

  In addition, since the lateral width is narrow on the intermediate side between the front end and the original end, the entire surface of the intermediate portion of the reel leg is not supported by the reel leg mounting portion. Only a part of the width is supported. As a result, the support point is limited as compared with the case where the entire surface of the reel leg is supported, and the support state is stabilized.

  Then, as described above, the inclined surface portion also corresponds to the front side of the reel leg mounting portion in correspondence with the configuration in which the width of the reel leg mounting portion is narrow on the intermediate side between the front side end and the original side end. The closer to the intermediate side between the end and the original side end, the closer the left and right inclined surface portions are, the closer to each other. As a result, it is possible to form a pocket space that is deeply inserted into both lateral sides of the intermediate side between the front side end and the original side end of the reel leg mounting portion. With this configuration, even a small reel with a small gap between the two case reels can be mounted while avoiding interference between the case and the projecting surface. Even if it was a bearing reel, it came to be able to raise the shared function which can be attached. In particular, even a small dual-bearing reel having a narrow interval between the left and right case portions can be mounted with the case portion sufficiently close to the reel leg mounting portion.

〔Constitution〕
The characteristic configuration of the third invention is to provide a fishing rod provided with the reel seat according to claim 1 or 2, and the function and effect thereof are as follows.

[Function and effect]
For fishing rods that are easy to grip and that have a wide specification range of the mounting reel and are equipped with a high-reliability reel seat as described in the section of the effect corresponding to claim 1 or 2, the introduction and winding operation of the device can be carried out easily and quickly. It was possible to provide a fishing rod that can be used and used for fishing that frequently repeats the winding up of the device.

  A fishing rod A used for boat fishing will be described. As shown in FIGS. 1 and 6, the fishing rod A has a front grip 2 mounted on a cylindrical thin blank 1, a reel sheet 3 is attached to the front end of the front grip 2, and the rear end side of the reel sheet 3. The rear grip 4 is attached to the front.

  The structure of the reel sheet 3 will be described. The reel sheet 3 includes a fixed hood 5 arranged on the buttock side (original side), a sheet base 7 formed integrally with the fixed hood 5 and the trigger 6, and a screw formed on the heel tip (front side) of the sheet base 7. A nut member 8 screwed into the portion 7A and a movable hood 10 driven and moved by the nut member 8 are provided.

The sheet base 7 will be described. As shown in FIGS. 1 and 2, the seat base 7 has a structure based on a cylindrical body that is hung from the threaded portion 7A formed on the heel side to the buttock side, and has a fixed hood on the buttock side. 5 and the trigger 6 are extended below.
The sheet base 7 is manufactured by injection molding a synthetic resin such as ABS resin, nylon, or polycarbonate.

  A reel leg mounting portion is formed between the mounting portion of the movable hood 10 on the seat base 7 and the fixed hood 5. In the reel leg mounting portion, a circular outer peripheral surface portion 7B is provided on the side close to the movable hood 10, and a planar reel leg mounting portion 7C for mounting the reel leg Ra is provided on the buttock side of the circular outer peripheral surface portion 7B. It is.

The reel leg mounting portion 7C has a certain length in the axial direction, but in the left-right direction orthogonal to the axial direction, a flat surface portion is formed on both sides with a circumferential surface portion 7H described later interposed therebetween, The flat surface portion has a wide width W at the heel side end (front side end) and a heel side end (original side end) in the axial direction and a narrow width w at the intermediate position.
The configuration as described above is a small double-bearing reel R, and even if the distance between the two case portions Rb arranged on both sides of the spool is small, the two case portions Rb are formed with a narrow width w. This is because both bearing reels R can be mounted on both sides.

  That is, as shown in FIGS. 1 and 2, an inclined surface portion 7 </ b> D that spreads laterally outward toward the lower end side is formed below the reel leg placement portion 7 </ b> C laterally. Two boundary lines D formed at the connecting portion between the upper end of the inclined surface portion 7D and the lateral side end of the reel leg mounting portion 7C are in plan view and the tip side end of the reel leg mounting portion 7C. It is formed in a curve that is closer to the saddle axis X as it is located in the middle of the bottom end.

  As a result, the distance between the lateral ends of the reel leg mounting portion 7C becomes small at the position where the two boundary lines D are closest to each other, so that the case portion Rb, the protruding surface portion, and the inclined surface portion 7D of the dual-bearing reel R Thus, even a small double-bearing reel R can be mounted.

  As shown in FIGS. 2 and 6, a circumferential surface portion 7H is formed at an intermediate position in the left-right width direction of the reel leg mounting portion 7C, and the circumferential surface portion 7H is formed on the left and right sides of the reel leg mounting portion 7C. It is formed in a circular arc state slightly raised from the flat portion formed in the side portion. The circumferential surface portion 7H is on the same circumferential surface as the circular outer circumferential surface portion 7B, and is configured to follow the curved state provided on the back surface side of the reel leg Ra. In the middle of the circumferential surface portion 7H, a shallow concave portion 7b having a rectangular shape in plan view is formed to reduce the contact area with the back surface of the reel leg Ra. Thereby, the contact between the rear surface of the reel leg Ra and the circumferential surface portion 7H becomes good, and the mounting state of the reel R is stabilized.

  A peripheral portion of the reel leg placement portion 7C will be described. As shown in FIGS. 1, 2, and 6, the seat base portion includes a reel leg mounting portion 7 </ b> C on the upper surface, and the above-described inclined surface portions on the left and right sides downward from the left and right ends of the reel leg mounting portion 7 </ b> C. 7D is provided. The inclined surface portion 7D exhibits an inclined state that spreads to the left and right as the lower side.

  As shown in FIG. 5, left and right projecting surface portions 7E projecting laterally are formed at the lower end position of the inclined surface portion 7D. A connecting portion between the lower end of the inclined surface portion 7D and the upper end of the projecting surface portion 7E is projected laterally from the outer peripheral surface of the fixed hood 5, and the portion projecting laterally is projected at the left and right projecting surface portions 7E. It is called end 7a. A bulging surface portion that bulges outward in the radial direction across the left and right projecting surface portions 7E and the finger rest peripheral portion 7G located on the opposite side of the reel leg placement portion existing side across the flange shaft core X 7F is arrange | positioned and the continuous curved surface is formed in the range ranging from the protrusion surface part 7E to the finger contact circumference part 7G via the bulging surface part 7F.

  The reason for adopting the above configuration is as follows. That is, the angler's finger holding both bearing reels R can easily grip the seat base portion. As shown in FIG. 5, when the reel leg Ra is placed on the reel leg placing portion 7C and both bearing reels R are attached, the finger is placed on the finger resting peripheral portion 7G from the lower end of the case portion Rb located on both sides. A rounded curved surface is formed so that the fingers can be stably held with ease when turning.

  More specifically, the left and right protruding surface portions 7E are formed in the portion of the seat base where the reel leg mounting portion 7C is formed. Since the left and right projecting surface portions 7E are in a state in which the projecting ends 7a project laterally from the outer peripheral surface of the fixed hood 5, the dual-bearing reel is mounted with the dual-bearing reel R attached to the reel leg mounting portion 7C. The protruding ends 7a of the left and right protruding surface portions 7E can be brought close to the lower ends of the case portions Rb located on both sides of the R.

  In addition to this, the left and right projecting surface portions 7E and the finger contact peripheral portion 7G located on the opposite side of the reel leg mounting portion existing side across the saddle shaft core X bulge outward in the radial direction. Since the protruding bulging surface portion 7F is arranged and a curved surface that is continuous from the protruding surface portion 7E through the bulging surface portion 7F to the finger contact peripheral portion 7G is formed, the protruding surface portion 7E is formed from the side surface of the case portion Rb. A continuous surface reaching the finger contact peripheral portion 7G through the bulging surface portion 7F can be assumed, and the seat base portion is grasped in a natural finger state without the presence of a corner portion where the finger is strongly pressed. be able to.

Accordingly, the finger portion extending downward from the palm of the hand applied to the side surface of the case portion Rb of the dual-bearing reel R is applied to the side surface of the case portion Rb, while being applied from the lower end of the case portion Rb to the protruding surface portion 7E. It is possible to apply it to the projecting surface portion 7E simply by extending the posture without greatly refracting it.
And since the fingertip of the finger applied to the projecting surface portion 7E is applied along the finger contact peripheral portion 7G from the bulging surface portion 7F formed as a continuous curved surface, there is little feeling of pain or pressure when gripping. .

  As shown in FIG. 1 and FIG. 2, it has been mentioned that the connecting portion between the upper end of the protruding surface portion 7E and the inclined surface portion 7D is a protruding end 7a protruding left and right. It is formed over a predetermined length.

  That is, the protruding surface portion 7E and the inclined surface portion 7D are formed with a predetermined length along the axial direction of the flange, and the connecting portion between the upper end of the protruding surface portion 7E and the lower end of the inclined surface portion 7D is also along the axial direction of the flange. A certain line segment is formed. This line segment forms a protruding end line E connecting the protruding ends 7a. The projecting end line E is formed in a curved shape that bulges laterally toward the middle in the vertical axis direction in plan view. As a result, the middle finger or the like that is in contact with the front surface of the trigger 6 comes into contact with the middle bulge apex portion of the protruding end line E, the movement toward the tip side is restricted, and the grip becomes stable.

As shown in FIGS. 3 and 4, the mounting position of the blank 1 in the rear grip 4 is formed at a position eccentric to the lower side with respect to the flange axis X of the rear grip 4. In response to this, the fixed hood 5 and the seat base 7 are also eccentric from the saddle axis X.
Thus, since the insertion position of the blank 1 is in a position eccentric to the lower side, the following can be said.

  Here, for comparison, the case where the blank 1 is inserted through the axial position of the rear grip 4 is shown in FIG. First, as shown in FIG. 4 (a), in the rear grip 4 and the seat base 7, the blank 1 exists in a state of being eccentric to the opposite side of the reel leg mounting portion 7C with respect to the common saddle axis X. . The blank 1 is disposed along the eccentric axis Y.

  As shown in FIG. 4A, the reel R is placed on the reel leg placing portion 7C, and the interval from the outer peripheral surface of the fixed hood 5 to the upper end position of the reel R is L1. On the other hand, as shown in FIG. 4B, when the blank 1 is arranged on the axis that coincides with the axis X of the fixed hood 5, the reel R is placed on the reel leg placing portion 7C. The distance from the outer peripheral surface of the fixed hood 5 to the upper end position of the reel R is L2.

  In the above case, since the mounting position of the blank 1 is eccentric from the axis X of the rear grip 4 and the fixed hood 5 and is eccentric in the direction away from the reel leg mounting part 7C, the reel leg mounting part 7C is formed in the direction close to the axis X of the rear grip 4 and the fixed hood 5, and as described above, the interval L1 between the upper end position of the reel R and the outer peripheral surface of the rear grip 4 is the same as that of the blank 1 at the rear. The distance L2 is shorter than the distance L2 in the case where the grip 4 is disposed on the axis that coincides with the axis X of the grip 4.

  As described above, since the distance L1 between the upper end position of the reel R and the outer peripheral surface of the fixed hood 5 is small, the structure is easy to grip. For example, apply the thumb to the upper end surface of the reel R, apply a finger so as to cover one side of the reel R, turn the finger under the seat base 7, and sandwich the trigger 9 between the middle finger and the ring finger, and the reel R and the seat base. 7 and perform casting and reeling. As described above, since the reel R is easily gripped during casting and reeling, the burden of holding the reel R is reduced, and the hand is less likely to feel pain.

The movable hood 10 will be described. As shown in FIGS. 6 (a) and 6 (b), the movable hood 10 includes a 3/4 cylindrical hood main body 10A fitted on the seat base 7, and a reel leg positioned above the hood main body 10A. A reel leg holding portion 10B for holding Ra is integrally formed.
Although not shown in the figure, the protrusion 10c protruding from the inner peripheral surface of the hood main body 10A engages with a guide groove formed in the screw portion 7A of the seat base 7, so that the movable hood 10 is seated. It is possible to slide along the axial direction of the base 7.

The reel leg holding part 10B has a holding mechanism that holds and holds the reel leg Ra in the internal space, and the holding mechanism holds the upper part of the reel leg Ra and the holding part that holds both side ends a of the reel leg Ra. The ceiling holding part 10b to hold | maintain is provided.
The ceiling holding part 10b is formed on an inclined surface with a lower ceiling surface toward the back side of the internal space.

The structure of the holding part will be described. As shown in FIGS. 6 and 7 (a), the gripping portion is provided with a predetermined length of an introduction portion 10d that is slightly inwardly inclined from the reel leg insertion inlet portion of the movable hood 10, and the introduction portion 10d The holding inclined surface portions 10a and 10a having a steep inclination are provided on the back side, and a back side hole portion 10e having the same inclination as the introduction portion 10d is provided on the back side.
The holding inclined surface portions 10a and 10a are formed as inclined surfaces having a large inclination angle so that the interval between the holding inclined surface portions 10a and 10a formed on the both side walls becomes narrower toward the back side of the internal space. The reel legs Ra having different lengths and widths can be mounted and fixed.

The inclination angle θ of the holding inclined surface portion 10a is set to have a steep angle. This inclination angle θ is set in the range of 5 ° to 15 °. The following can be said by this.
Here, the shape of the conventional movable hood 10 to be compared is as follows. That is, as shown in FIG. 7B, a holding inclined surface portion 10a having a certain degree of inclination is formed from the entrance portion to the back wall.

  Here, the difference between the conventional one that exhibits the gentle inclination angle θ2 and the one of the present invention that exhibits the steep inclination angle θ1 will be described. In the case where the inclination angle θ1 shown in FIG. The leg portion Ra1 having a narrow width P1 is held and held at a position c on the back side, while the leg portion Ra2 having a wide width P2 is held and held at a position d closer to the inlet side than the position c. In the case where the inclination angle θ2 shown in FIG. 7 (b) is gentle, the leg portion Ra1 having the narrow width P1 is held and held at the position e on the back side, but the leg portion Ra2 having the wide width P2 is on the entrance side from the position e. Is held and held at a position f closer to.

  Comparing the case of FIG. 7 (a) with the case of FIG. 7 (b), the change in the holding position due to the difference in the width of the reel leg Ra is less in the case of FIG. 7 (a). This can be said that even if the reel R has different specifications such as the reel legs Ra, the variation of the holding position in the movable hood 10 is small.

  That is, in the present invention, since the inclination angle θ of the holding inclined surface portion 10a is steep, even when a reel R having a different specification is mounted, there is little variation in the mounting position of the reel R and the fishing rod is supported. It is possible to provide an easy-to-operate fishing rod that can reduce the balance between the weight from the reel R to the tip of the tip and the weight from the reel R to the tip of the rod end.

[Other Examples]
(1) The shape of the projecting end line E that connects the projecting end 7a position of the projecting surface portion 7E in the axial direction may be formed in a straight line instead of a middle bulge.
(2) The blank 1 need not be eccentrically provided, and the blank 1 may be provided at the axial position of the reel seat 3 and the rear grip 4.
(3) The inclination angle θ of the holding inclined surface portion 10a for holding the reel leg Ra in the movable hood 10 may be moderate.
(4) As the reel leg mounting portion, it is not necessary to provide the circumferential surface portion 7H that rises in an arc shape between the reel leg mounting portions 7C, and the reel leg mounting portion 7C may be configured as a flat reel surface mounting portion 7C. Good.
(5) As a form for supporting the reel, a pair of movable hoods 10 may be used, and the fixed hood 5 need not be used as long as it is compatible with both bearing reels R.
(6) The trigger 6 may be omitted.

Side view showing the reel seat attached to the fishing rod A top view showing a state where a reel seat is attached to a fishing rod. (A) Longitudinal front view showing fixed hood and trigger, (B) Side view showing fixed hood and trigger (B) Side view showing the case where the fixed hood and the trigger with the reel attached are shown and the blank is attached in an eccentric state with respect to the axis of the reel seat, (b) The fixed hood and the trigger with the reel attached A side view showing a case where the blank is attached in a state of being aligned with the axial position of the reel sheet Longitudinal front view showing the reel mounted on the reel seat (A) Front view showing movable hood, (B) Perspective view showing reel leg mounting portion of movable hood (B) A cross-sectional plan view showing a state in which reel legs having different widths are inserted into the movable hood with an increased inclination of the reel leg holding part, and (b) a reduced inclination of the reel leg holding part in the movable hood. Cross-sectional plan view showing a state where reel legs with different widths are inserted in Perspective view showing reel sheet

Explanation of symbols

5 Fixed hood (hood)
7 Seat base 7C Reel leg placement part 7E Projection surface part 7F Swelling surface part 7G Finger rest peripheral part 7a Projection end 8 Movable hood (hood)
Ra reel leg

Claims (3)

  A seat base having a hood for holding the reel legs, and a reel leg placement portion; and a pair of projecting surface portions projecting radially outwardly on the seat base on both left and right sides of the reel leg placement portion; And a finger contact peripheral portion positioned on the opposite side of the reel leg placement portion with respect to the seat base axis, and projecting ends of the left and right projecting surface portions from the outer peripheral surface of the hood. A bulging surface portion bulging outward in the radial direction is disposed between the left and right protruding surface portions and the finger rest peripheral portion, and protrudes from the protruding surface portion to the bulging surface portion. Forming a continuous curved surface in a range extending over the finger contact peripheral portion, and between the reel leg mounting portion and the protruding surface portion on the peripheral surface portion, a lateral end of the reel leg mounting portion and the protruding surface portion Reel sheet on which an inclined surface portion that connects the two is formed.   Two boundary lines between the reel leg mounting portion and the two inclined surface portions located on both lateral sides thereof are formed so as to be closer to each other on the intermediate side between the front end and the original end, The lateral width of the reel leg mounting portion is wider between the front end located on the one hood side and the original end located on the other hood side, and an intermediate position between the front end and the original end. The reel sheet according to claim 1, wherein the reel sheet is formed so as to become narrower.   A fishing rod comprising the reel sheet according to claim 1.

Images