JP2010273620A - Cylinder-shaped reel seat - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a cylinder-shaped reel seat hardly causing slippage and providing good gripping feeling by effectively remodeling a grip-covering body and a movable hood. <P>SOLUTION: The cylinder-shaped reel seat is constituted as follows. A linking swelled part 5k for linking a hood body 5A for holding an inserted foot part, with a nut member 7 for moving the movable hood 5 in the rod shaft center direction is installed in the movable hood 5, and a fingering part 5j narrowed down to a small diameter and formed between the present position of the part 5a for holding the inserted reel leg, and the linking swelled part 5k. A fixed hood 3 and a flexible rubber grip 6 covering the seat base surface are installed in the seat base 2, and a swollen part 6B protruded outward in the diameter direction to the opposite side by sandwitching the rod shaft center X from the formed position of the fixed hood 3 is formed in the rubber grip 6. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a movable hood that holds a leg bent at the tip of a reel leg on a cylindrical seat base, and a cylindrical reel seat that is provided with a grip cover that is softer than the seat base. .

  A movable hood (name in the publication: moving hood 16) is attached to the seat base (name in the publication: reel sheet body 12), and a grip cover (name in the publication: flexible member 32) is injected to the tip side of the movable hood. It was integrally mounted by molding (Patent Document 1).

JP 2008-271815 A (paragraphs [0018], [0024], FIGS. 1 to 3)

  The grip covering was formed substantially flush with the outer peripheral surface of the seat base. Therefore, when the reel sheet is gripped with fingers with moisture remaining, problems such as slipping of the hand appear, and the fishing operation is not smooth.

  An object of the present invention is to provide a reel seat that is less slippery and comfortable to grip by effectively modifying the grip cover and the movable hood.

〔Constitution〕
According to the first aspect of the present invention, the seat base is provided with a movable hood that inserts and holds one leg bent at the tip of the reel leg, and the nut member that moves the movable hood in the axial direction is movable. The reel leg insertion holding part in the movable hood is provided with a connecting bulging part of the hood main body and the nut member provided with a reel leg insertion holding part for connecting to the hood and inserting and holding the foot part. Forming a finger rest that is narrowed to a smaller diameter than the connected bulging portion between the existing portion and the connecting bulging portion;
A fixed hood that holds the other leg bent at the tip of a reel leg at a position facing the movable hood in the seat base; and a grip covering that is softer than the seat base that covers the outer peripheral surface of the seat base; And a bulging portion that protrudes outward in the radial direction on the opposite side of the fixed hood from the formation portion of the fixed hood is formed in the grip covering body, and the effect thereof is as follows: Street.

[Function and effect]
Since a finger rest that has been narrowed to a smaller diameter than the connected bulge is formed between the existing portion of the reel leg insertion holding portion on the seat base and the connected bulge, the foot of the reel leg and the reel seat are shared. The gripping finger is applied to the finger placement part.
If it does so, the finger | toe applied to the finger placement part will be stabilized in the small diameter finger placement part narrowed down between the site | part which has a reel leg insertion holding | maintenance part, and a connection bulging part.
On the other hand, in the grip covering body, a bulging portion protruding outward in the radial direction is formed on the side opposite to the side where the fixed hood is present, so that the leg portion of the reel leg and the reel seat are held together. The palm part of the hand is applied to this bulge.
As described above, on the fixed hood side, the hand placement state is stabilized by the bulging portion of the grip covering body, and on the movable hood side, the grip of the finger is stabilized by the finger placing portion, and the bulging portion of the grip covering body The fishing operation can be performed comfortably with a stable grip by the cooperative action of the finger holder and the finger holder.

〔Constitution〕
According to a second aspect of the present invention, the reel leg positioned on the side on which the reel leg is placed is located on the side edge opening edge facing the movable hood in the grip covering body with respect to the side edge opening edge. The bulging part located on the side where the bulging part is formed extends the flange side end opening edge in a state of projecting to the movable hood side in the vertical axis direction, and its effect is It is as follows.

[Function and effect]
Since the bulging part extends so that the flange edge opening edge protrudes toward the movable hood in the vertical axis direction relative to the reel leg edge opening edge, the bulging part of the grip covering is The extending range of the side edge opening edge can be widened on the movable hood existence side.
As a result, the part that contacts the palm of the hand that grips the reel seat and the foot of the reel leg can be widely covered with the grip covering, and the reel seat does not squeeze the palm and is less painful. I was able to.

〔Constitution〕
According to a third aspect of the present invention, there is provided an outer peripheral surface of a peripheral portion of the grip covering body facing the movable hood, an outer peripheral surface of an opening portion of the movable hood facing the grip covering member, and the peripheral portion. The seat base surface located between the opening and the opening is continuous in a flush state, and the operation and effect are as follows.

[Function and effect]
In other words, since the grip cover, the seat base surface, and the outer peripheral surface of the movable hood are configured to be flush with each other, the portion contacting the palm that grips the reel seat and the foot of the reel leg is a surface with few steps. It was possible to make a reel seat that did not squeeze the palm and hardly felt pain.

It is a whole side view which shows a fishing rod. FIG. 6 is an exploded perspective view showing a state before the grip covering body and the movable hood are attached to the seat base. FIG. 6 is an exploded perspective view showing a state before the movable hood is attached to the seat base. FIG. 5 is a perspective view showing a state in which a movable hood and a grip covering body are mounted on a seat base. FIG. 6 is an exploded side view showing a state before the grip covering body and the movable hood are attached to the seat base. 2A is a plan view showing a reel sheet with a movable hood and a grip covering body mounted on the seat base, and FIG. 2B is a side view showing a reel sheet with the movable hood and the grip covering body mounted on the seat base. It is an exploded vertical side view showing a state before the grip covering body and the movable hood are attached to the seat base. FIG. 5 is a longitudinal side view showing a reel seat in which a movable hood and a grip covering body are mounted on a seat base. It is a longitudinal front view which shows the state which mounted | wore the movable hood with the seat base. Vertical side view showing a state in which a recessed portion for avoiding interference with the movable hood is formed on the surface opposite to the original mounting surface on which the original foot portion of the seat base reel leg is mounted. It is.

[First Embodiment]
An embodiment in which the present invention is applied to a fishing rod A will be described.
As shown in FIGS. 1 to 4, the fishing rod A is mounted with a cylindrical reel sheet B to which the spinning reel 10 is attached to the main rod 1 as a rod body having a grip portion. A movable hood 5 is attached to the base 2.

The seat base 2 is integrally formed with a fixed hood 3 for holding a front side foot portion 10a bent at the tip side at the tip of the reel leg 10A of the spinning reel 10 in cooperation with the movable hood 5. An internal thread portion 4 to which a nut member 7 for moving and driving the movable hood 5 is screwed is provided on the base side from the site where the fixed hood 3 is formed.
As shown in FIGS. 4, 8, and 9, the movable hood 5 includes a hood main body 5A for holding a base leg 10a bent at the base end of the reel leg 10A and a hood main body 5A. It is equipped with a resin-made leg presser body 5B, and the hood body 5A is attached to the heel axis X.
A nut member 7 that is screwed in the direction is connected to the hood body.

The sheet base 2 will be described.
As shown in FIG. 5, the sheet base 2 is a cylindrical body using an engineering resin such as polyester, ABS, or PET. As described above, the fixed hood 3 bulging outward is formed in the half of the tip, and the front-side mounting surface 2 </ b> A is formed so as to enter the hood of the fixed hood 3. The front-side mounting surface 2A is configured to place and support a front-side foot portion 10a that is bent toward the base side at the tip of the reel leg 10A.
An annular ridge 2C for positioning is provided on the heel side of the front-side placement surface 2A, and a former-side placement surface 2B that enters the movable hood 5 is formed on the heel side of the annular ridge 2C. The original-side mounting surface 2B is configured to place and support the original-side foot portion 10a that is bent to the base side at the tip of the reel leg 10A.

The cross-sectional shape cut by the plane orthogonal to the heel axis X of the front side mounting surface 2A is the front side foot portion 10a.
An arcuate cross section along the back surface of the front side is provided, and when the front side foot portion 10a is mounted on the front side mounting surface 2A, the mounting state is stabilized.

  An annular ridge 2C for positioning is provided on the heel side of the front-side placement surface 2A, and a former-side placement surface 2B that enters the movable hood 5 is formed on the heel side of the annular ridge 2C. The original-side mounting surface 2B is configured to place and support the original-side foot portion 10a that is bent to the base side at the tip of the reel leg 10A.

  As shown in FIGS. 2 and 5, the annular flange 2 </ b> C is looped around in a state of rotating around the circumferential surface of the seat base 2 from a state where it protrudes somewhat on both lateral sides of the original mounting surface 2 </ b> B. Yes. A mounting seat 2D for attaching a rubber grip 6 as a grip covering body to be described later is formed on the tip side of the annular flange 2C. The mounting seat 2D is formed on a surface recessed by one step from the annular flange 2C. As shown in FIGS. 4 and 6, when the rubber grip 6 is mounted on the mounting seat 2D, the outer peripheral surface of the rubber grip 6 is formed. And the outer peripheral edge of the ring-shaped flange 2C are set to be flush with each other so that the heights are aligned. Here, the outer peripheral edge of the annular flange 2C is referred to as a sheet base surface.

As shown in FIGS. 2 and 5, the fixed hood 3 has an outer surface 3A that protrudes one step from the mounting seat 2D, and the outer surface 3A of the fixed hood 3 also has a rubber grip 6 attached to the mounting seat 2D. In this state, it is configured to be flush with the outer surface of the comb cover 6.
On the surface opposite to the side where the fixed hood 3 is present in the mounting seat 2 </ b> D (the lower surface in the drawing) and the lateral side surface of the fixed hood 3 are protrusions along the axial direction of the seat base 2. 2a is formed. The protrusion 2a is engaged with a long groove 6e described later formed on the inner peripheral surface of the rubber grip 6 attached to the mounting seat 2D, and the rubber grip 6 is prevented from rolling up.

  A connecting portion 2c is formed between the front-side mounting surface 2A and the original-side mounting surface 2B as a surface that is recessed by one step. The connecting portion 2c is connected to the other portions of the mounting seat 2D without any step, and the connecting portion 2c between the front mounting surface 2A and the original mounting surface 2B is also a part of the mounting seat 2D. Form. In a state where a rubber grip 6 to be described later is mounted on the mounting seat 2D, the outer surface of the rubber grip 6, the front side mounting surface 2A, and the front side mounting surface 2B are configured to be flush with each other.

A part of the seat base 2 on which the front leg 10a and the former leg 10a of the reel leg 10A are placed will be described in detail. As shown in FIG. 2 and FIGS. 4 to 8, the front-side mounting surface 2A has a circular arc shape as described above as a cross-sectional shape, but in plan view as shown in FIG. As it goes to the base side, it has a shape that gradually narrows the lateral width in the left-right direction.
On the other hand, the former-side placement surface 2B has a substantially constant wide width at the portion located on the heel side, and a shape that narrows the lateral width in the left-right direction at the heel-side end. As shown in FIG. 6, in the joint part 2c which forms a part of the mounting seat 2D of the rubber grip 6 between the front side mounting surface 2A and the original side mounting surface 2B, the front side mounting surface 2A The lateral width L1 is continuously connected to the lateral width L1 of the heel side end and the lateral width L2 of the heel side end of the original side mounting surface 2B.

  As shown in FIGS. 2, 4, and 6, dish-shaped left and right front-side inclined concave surfaces 2 e are formed on both lateral sides of the front-side mounting surface 2 </ b> A. The front-side inclined recessed surface 2e is formed in a shape that is slightly recessed toward the longitudinal axis, and is positioned on the front-side mounting surface 2A side of the left and right front-side inclined recessed surfaces 2e. The end portion is formed in an upwardly inclined state (in the drawing) that narrows the left-right distance. Similarly, on both lateral sides of the former-side mounting surface 2B, an upward-facing original-side inclined recessed surface 2f is formed, and the peripheral surface portion other than the connecting portion 2c is attached to the mounting seat 2D. It is formed on an arcuate surface 2g constituting a part of the seat 2D. Since the arc-shaped surface 2g is a part constituting a part of the mounting seat 2D, the obliquely upward forward inclined concave surface 2e located on the heel side and the obliquely upward original inclined concave located on the heel side. It is recessed and formed with a depth corresponding to the thickness of the rubber grip 6 rather than the surface 2f.

  Next, the rubber grip 6 as a grip covering will be described. As shown in FIGS. 2 and 4 to 8, the rubber grip 6 is a cylindrical body made of rubber such as NBR, and the fixed hood 3 protrudes from the rubber grip 6 in a state of being mounted on the mounting seat 2 </ b> D. Thus, an elliptical hole 6A is formed.

A portion 6C on the tip side of the rubber grip 6 with respect to the punch hole 6A is formed in a loose conical cylinder shape having a smaller diameter as it approaches the opening portion 6b on the tip side. On the other hand, a cylindrical heel-side portion 6D is also formed on the heel side of the rubber grip 6, and the heel-side portion 6D is placed on the heel side to receive the foot portion 10a at the upper surface position in the drawing of FIG. In a state where the surface portion 6c and the mounting surface portion 6c are recessed toward both sides of the mounting surface portion 6c in the radial axis direction, and the end portion located on the mounting surface portion 6c side is narrowed from each other. A dish-shaped left and right intermediate inclined recessed surface portion (lateral portion) 6d in an upward inclined state is formed.
4 and 6, when the rubber grip 6 is mounted at a predetermined position by the intermediate inclined concave surface portion 6d, the diagonally upward inclined concave surface 2e formed in the seat base 2 and the diagonal of the rubber grip 6 are formed. The upward inclined surface 6d is connected without a step.

As shown in FIGS. 5 to 8, a bulging portion 6 </ b> B that bulges slightly outward from other portions is provided on the opposite side (lower surface in the drawing) of 180 ° from the side where the hole 6 </ b> A exists. The surface treatment is performed so that the fingers addressed to the bulging portion 6B are difficult to slip. That is, in order to suppress the slip of the surface, a satin finish that forms fine irregularities is applied.
On the inner peripheral surface of the bulging portion 6B, along the vertical axis X direction, there are three locations on the opposite side (lower inner peripheral surface in the drawing) 180 ° from the side where the punch hole 6A exists and on both the left and right side surfaces. When the rubber grip 6 is attached to the seat base 2, the narrow long groove 6e is externally engaged with the ridge 2a formed to protrude from the seat base 2, and the rubber The grip 6 is positioned and the rubber grip 6 is prevented from rolling up.

  As shown in FIG. 4, when the rubber grip 6 configured as described above is fitted on the mounting seat 2 </ b> D from the base side opening 6 a, the outer surface of the rubber grip 6 is flush with the outer surface 3 </ b> A of the fixed hood 3. In addition, an outer edge (an example of a side end opening edge facing the movable hood) surrounding the collar side opening 6a abuts on the annular collar 2C, and the outer surface of the rubber grip 6 is flush with the outer surface of the annular collar 2C. It will be a series.

4 and 6, with the rubber grip 6 mounted on the mounting seat 2D, the front side mounting surface 2A, the original side mounting surface 2B, and the mounting surface portion 6c of the rubber grip 6 are It forms on the foot | leg part mounting surface which continues in the direction along the heel axis X. FIG. As shown in FIG. 6 (a), the lateral width of the foot placement surface is narrowed by narrowing the lateral width of the portion located in the middle in the direction along the heel axis X.

The portions located on both lateral sides of the front-side mounting surface 2A and the original-side mounting surface 2B are not formed on the circular arc surface, but are formed on the upward inclined surface as the above-described front-side inclined recessed surface 2e. Therefore, the outer diameter of the portion corresponding to the both sides can be reduced, and the width of the portion located in the middle in the direction along the heel axis of the foot placement surface is narrowed down so as to be narrowed. It is easy to grasp the front leg 10a and the former leg 10a of the reel leg 10A attached to the base 2 together with the seat base 2.
Moreover, as will be described later, when the rubber grip 6 is attached to the arcuate surface 2g, the intermediate inclined concave surface 6d formed on the rubber grip 6 is an obliquely upward forward inclined concave surface located on the tip side. Since it becomes a continuous state with 2e, there is little pressure on the fingers and palms, and the hand does not hurt and the burden is reduced when performing a mechanism driving or fish fishing operation.

The movable hood 5 will be described. As shown in FIGS. 2 to 9, the movable hood 5 is made of rubber or synthetic resin, which is built in a hood body 5A made of a lightweight metal such as aluminum or titanium, and a reel leg insertion holding portion 5a of the hood body 5A. Equipped with a leg presser body 5B.
The leg retainer 5B has a substantially arc shape so as to be housed in the reel leg insertion holding part 5a, and projects the collar part 5b at the tip side end of the hood body 5A, and at the left and right center part. A protrusion 5c is provided, and this protrusion 5c is fitted into a hole 5d formed in the ceiling portion of the hood main body 5A to position the leg presser 5B.

As shown in FIG. 9, the hood main body 5 </ b> A has, as a cross-sectional shape, an upper portion of a portion exhibiting a substantially three-quarter arc shape that is fitted on the seat base 2 and a portion exhibiting a substantially three-quarter arc shape on the drawing. It has a vertically long elliptical shape integrally formed with a reel leg insertion holding portion 5a having an arch shape positioned at, and is integrally formed with a molding die.
Since the hood main body 5A is integrally formed with the molding die as described above, the hood main body 5A does not exhibit high moldability so as to be in close contact with the outer peripheral surface of the seat base 2, so that the hood main body 5A is conventionally provided in a predetermined manner. In the state where it was attached to the position, there was a case where the backlash in the circumferential direction appeared.

Therefore, the shift movement suppression mechanism C is provided to suppress the backlash. Here, first, the attachment structure between the hood body 5A and the leg presser 5B will be described, and then the displacement movement suppressing mechanism C will be described.
That is, as shown in FIG. 9, an upward stepped portion 5 e is provided in the vicinity of the connection portion between the portion of the hood main body 5 </ b> A that has an arc shape of approximately three quarters and the reel leg insertion holding portion 5 a that has an arch shape. is there.
On the other hand, a downward stepped portion 5g is formed on the outer surface in the vicinity of the left and right lower ends of the leg retainer 5B. When the leg presser 5B is inserted into the reel leg insertion holder 5a of the hood main body 5A, the downward stepped portion 5g of the leg presser 5B comes into contact with the upward stepped portion 5e of the hood main body 5A from above, and the leg presser The body 5B is mounted and supported.

  At the lower left and right ends of the leg retainer 5B, a thin flange portion 5h extends downward, and the flange portion 5h has a configuration in which the thickness is gradually reduced downward. On the other hand, the outer surface corresponding to the flange portion 5h of the seat base 2 is formed with the plate-shaped original inclined concave surface 2f that is concavely inclined upward as described above. Then, the lower end portion of the flange portion 5h is sandwiched and fixed between the hood body 5A and the outer peripheral surface of the seat base 2 by the flange portion 5h coming into contact with and received by the original-side recessed surface 2f.

  With such a configuration, even if the movable hood 5 tries to rotate in the circumferential direction together with the leg presser 5B, the lower end portion of the flange portion 5h is sandwiched and fixed between the hood main body 5A and the outer peripheral surface of the seat base 2 so as to rotate. It is suppressed. Therefore, the play of the movable hood 5 in the circumferential direction is suppressed, and the finger gripping the cylindrical reel sheet B is stabilized.

  As described above, the shift movement suppressing mechanism C is formed by forming the collar portion 5h on the resin or rubber leg presser 5B instead of the metal hood main body 5A. Therefore, the hood main body 5A and the seat base 2 are formed. Even if the outer peripheral surface of the heel portion 5 is formed with some solid error, the lower end portion of the flange portion 5h is connected to the outer peripheral surface of the hood body 5A and the seat base 2 by the elastic deformation force of the resin or rubber of the leg presser 5B. Thus, the state of pinching and fixing is surely maintained, and the shift motion suppression mechanism C that exhibits a favorable shift motion suppression function is configured.

As shown in FIGS. 2 to 6, the hood body 5A of the movable hood 5 has an intermediate diameter-reduced portion (finger) whose outer diameter decreases from the reel leg insertion holding portion 5a holding the reel leg 10A toward the base side. An example of a placing portion) 5j is formed, and a receiving portion 5k having a diameter larger than the outer diameter of the intermediate reduced diameter portion 5j is formed on the base side from the intermediate reduced diameter portion 5j. The hood main body 5A of the movable hood 5 and the nut member 7 are coupled together so as to be slidable integrally along the axis X direction while relatively rotating the hood body 5A of the movable hood 5 and the nut member 7 at the position of the large-diameter receiving portion 5k. Here, the receiving portion 5k is a connected bulging portion.

  With the configuration as described above, when fishing operation is performed by holding the reel leg 10A and the cylindrical reel seat B together, the palm of the hand is hooked on the bulging portion 6B of the rubber grip 6 and moved to the tip side. The movement of the little finger on the intermediate reduced diameter portion 5j of the movable hood 5 is suppressed by the receiving portion 5k, and the grip state is stabilized. .

  As shown in FIGS. 2 to 6, the circular rod 2 </ b> C that receives the rubber grip 6 is wound over the entire circumferential surface except the original placement surface 2 </ b> B. ° It is formed to deviate toward the heel side as it goes to the opposite side. With such a configuration, the heel side end of the rubber grip 6 positioned in contact with the annular ridge 2C (an example of the bulging side edge opening edge) is on the side on the side where the original mounting surface 2B is present. On the side opposite to the end (an example of the reel leg end opening edge), the end is positioned so as to enter the direction close to the nut member 7 on the flange side. That is, as shown in FIG. 5, the base end of the rubber grip 6 extends to the base side from the reference line Y assumed on the side of the front end of the annular scissors 2C.

Moreover, also in the movable hood 5, as shown in FIGS. 5 and 7, the shape of the opening edge of the heel side end 5C of the hood body 5A is the same as that of the upper half 5f that forms the reel leg insertion holding portion 5a. A portion corresponding to an intermediate position with the lower half portion 5p fitted on the seat base 2 is formed in a shape that protrudes most toward the tip side. In the lower half 5p, the side view shape of the opening edge of the heel-side end 5C of the hood body 5A increases toward the side opposite to the side where the reel leg insertion holding portion 5a is present along the annular ridge 2C. It is formed in a state deviating toward the heel side.
Therefore, since both the annular flange 2C and the movable hood 5 exhibit a shape deviated toward the flange side on the surface opposite to the reel leg mounting side by 180 °, on the flange side from the reference line Y, The rubber grip 6 enters the base side and is exposed.

  With such a configuration, the thumb portion of the finger that grips the reel leg 10A together with the seat base 2 is applied to the rubber grip 6, and the feeling of pressure is less likely to be felt.

As shown in FIGS. 1 and 4, the movable hood 5 is restricted from moving to the existence side of the fixed hood 3 by abutting the annular ridge 2 </ b> C. That is, both the left and right ends of the leg presser 5B mounted on the reel leg insertion holder 5a of the movable hood 5 abut on the upper end of the annular collar 2C, and the tip end 5C of the hood body 5A is also an annular collar 2C. The movement toward the fixed hood 3 is restricted.
With such a configuration, the outer peripheral surface of the movable hood 5, the annular flange (an example of a seat base surface) 2 </ b> C, and the outer peripheral surface of the rubber grip 6 are connected in a substantially flush state, and a feeling of pressure is applied to the hand holding the portion. Little to give.

  As shown in FIGS. 3 and 7 to 9, an engagement protrusion 5 n that protrudes inward is provided on the side opposite to the reel leg insertion holding portion 5 a of the movable hood 5. The engaging hood 5n is engaged with the guide groove 4a formed in the female threaded portion 4 provided at the base end of the seat, and the movable hood 5 is rotated along the axial direction of the seat base 2 by the rotation of the nut member 7. It is configured to be slidable.

As shown in FIGS. 3, 5, and 7, a recess that is recessed toward the saddle shaft core X on the opposite side of the seat base 2 from the original side placement surface 2 </ b> B existence side. An entrance 2d is formed.
The recessed portion 2d is recessed and formed in a range in which the lateral width in the circumferential direction is approximately 30 ° between the flange tip of the guide groove 4a and the annular flange 2C. In addition, as the recessed portion 2d, the lateral width in the circumferential direction may be in a range from 30 ° to 90 ° within a range in which interference with the movable hood 5 is avoided.

The reason for providing such a recessed portion 2d is as follows.
That is, when the movable hood 5 moves together with the nut member 7 so as to hold the reel leg 10A, the leg presser 5B is in a state where it rides on the inclined surface 10b formed on the back part of the former leg 10a of the reel leg 10A. Therefore, the movable hood 5 is in a state where it is lifted by the former foot portion 10a of the reel leg 10A, and is in an eccentric state with respect to the seat base 2.

  If it does so, it will be in the state where the edge on the opposite side to the reel leg insertion holding | maintenance part 5a bites into the outer peripheral surface of the seat base 2 in the opening edge toward the fixed hood 3 side in the hood main body 5A of the movable hood 5.

An appropriate paint such as a urethane resin paint or an epoxy resin paint is selected on the surface of the sheet base 2 and is applied by brushing or spraying.
If it does so, when it will be in the state where the edge of the said opposite side bites into the outer peripheral surface of the sheet base 2, malfunctions, such as peeling of a coating surface, may occur.
Therefore, since the recessed portion 2d is formed as described above, it is possible to suppress the opposite end edge of the movable hood 5 from biting into the outer peripheral surface of the seat base 2 and to suppress problems such as peeling of the paint. it can.

[Another embodiment in the first embodiment]
(1) The grip covering 6 does not have to be made of rubber, and may be made of a material softer than the material of the seat base 2.
(2) In the above-described embodiment, the reel leg positioned on the side where the reel leg is placed on the side edge opening edge facing the movable hood 5 in the grip covering 6 is The state where the bulge part located in the side in which the bulge part was formed extended the wing side edge opening edge part in the state protruded in the saddle axial direction was shown. Here, the shape of the side end opening edge is set to the axis X so that the reel leg is positioned at the same position in the axis direction with respect to the flange side end opening edge. You may form in the surface cut | disconnected by the surface parallel to the surface orthogonal to.
(3) In the above-described embodiment, the configuration in which the grip covering body 6, the annular flange 2 </ b> C, and the movable hood 5 are connected in a flush state has been described, but at least one of them protrudes in the radial direction. You may take the structure to do.

[Second Embodiment]
Of the first embodiment, an embodiment in which the annular base 2C is not formed on the seat base 2 is referred to as a second embodiment. The portion where the annular flange 2C is not provided is formed flush with the other outer peripheral surface of the seat base 2.

[Third Embodiment]
Of the first embodiment, the embodiment in which the recessed portion 2d is not formed in the seat base 2 is referred to as a third embodiment. The portion where the recessed portion 2d is not formed is formed flush with the other outer peripheral surface of the seat base 2.

[Fourth Embodiment]
Of the first embodiment, the fourth embodiment is an embodiment in which the shift motion suppression mechanism C is not provided. Accordingly, the flange 5h of the leg presser 5B is not formed.

[Fifth Embodiment]
Of the first embodiment, the seat base 2 according to an embodiment in which the front-side inclined recessed surface 2e and the original-side inclined recessed surface 2f are not formed is referred to as a fifth embodiment. Therefore, an arc surface may be formed on both lateral sides of the front side mounting surface 2A and the original side mounting surface 2B of the seat base 2 instead of the inclined surface.

  The present invention can be applied to dredgers, boats and the like equipped with a cylindrical reel sheet B.

2 Seat base 5 Movable hood 5A Hood main body 5a Reel leg insertion holding portion 5j Intermediate diameter reduced portion (finger placement portion)
5k receiving part (connection bulging part)
6 Rubber grip (grip covering)
6B bulging portion 7 nut member 10A reel leg 10a foot X core shaft

Claims (3)

The seat base is provided with a movable hood that inserts and holds one of the legs bent at the tip of the reel leg, and a nut member that moves the movable hood in the axial direction is connected to the movable hood. A connecting bulging portion between the nut body and the hood main body having a reel leg insertion holding portion for inserting and holding the foot portion is provided, and the presence portion of the reel leg insertion holding portion in the movable hood and the connecting bulging portion are provided. In between, form a finger rest narrowed to a smaller diameter than the connected bulge,
A fixed hood that holds the other leg bent at the tip of a reel leg at a position facing the movable hood in the seat base; and a grip covering that is softer than the seat base that covers the outer peripheral surface of the seat base; A cylindrical reel seat in which a bulging portion that protrudes outward in the radial direction is formed on the opposite side of the fixed hood from the formation portion of the fixed hood.   On the side edge opening edge facing the movable hood in the grip cover, the reel leg positioned on the side where the reel leg is placed is on the side where the bulging part is formed with respect to the side edge opening edge. The cylindrical reel seat according to claim 1, wherein the bulging portion that is positioned extends a flange side end opening edge portion so as to protrude toward the movable hood in the vertical axis direction.   An outer peripheral surface of a peripheral portion of the grip covering body facing the movable hood, an outer peripheral surface of an opening portion of the movable hood facing the fixed hood, and a seat base surface positioned between the peripheral portion and the opening portion. The cylindrical reel sheet according to claim 1, wherein the two are continuous in a flush state.

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