JP2011067121A - Reel seat - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a reel seat in which the grip operation portion of a rock operation tool can simply be processed to facilitate the posture-switching operation of the rock operation tool. <P>SOLUTION: This reel seat is disposed with a rock mechanism R for stopping that a movable hood 7 holding a reel leg 3A moves in the direction separated from the reel leg 3A. The rock mechanism R is constituted by providing a receiving tooth 8 mounted on the reel seat body 5A, a rock piece 7D which is engaged with the receiving tooth 8 to stop the movement of the movable hood 7 and is disposed in the movable hood 7, and a rock operation tool 7E for appearing a state that the rock piece 7D is engaged with the receiving tooth 8 or separated from the receiving tooth 8. The rock operation tool 7E is formed in a posture-changeable state for appearing a state engaged with the rock operation tool 7E or a state separated from the rock operation tool, and an anti-slipping rough surface a is formed in the grip operation portion 7e of the rock operation tool 7E. <P>COPYRIGHT: (C)2011,JPO&amp;INPIT

Description

  The present invention is provided with a movable hood for holding a reel leg on a reel seat body, and provided with a lock mechanism for preventing the movable hood holding the reel leg from moving in a direction away from the reel leg. A receiving tooth mounted on the reel seat body, a lock piece provided on the movable hood to engage the receiving tooth and prevent the movable hood from moving, and the locking piece is the receiving tooth And a lock operating tool that reveals a state in which the lock piece is separated from the receiving teeth, and a state in which the lock operating tool is engaged and a state in which the lock piece is separated. The present invention relates to a reel sheet that can be changed in posture in order to appear.

  A fixing cover (publication number: 63) as a lock operating tool includes a cover main body (publication number: 83) having a cross-sectional channel shape covering a movable hood (publication number: 47). Was made of metal, and its surface was formed to be a flat and smooth surface (see Patent Document 1).

JP 2004-283123 A (paragraph number [0022] and FIGS. 4 to 7)

However, in the above-described configuration, from the locked posture where the cover body covers the movable hood, the cover body is lifted and separated from the movable hood to release the pressing action against the lock piece (the lock piece is separated from the receiving teeth). When switching to (Status), the cover body is swung with both sides of the cover body sandwiched between the thumb and forefinger, etc.If food such as shrimp or sand is attached to the finger, the finger In some cases, it was difficult to pick the cover body, and the cover body posture could not be changed successfully.
In particular, in order for the outer shape of the movable hood to play the role of fixing the reel by inserting the reel legs into the inner opening, the outer shape is inevitably a box shape (channel shape) in top view, Since it is necessary to cover and fix the cover body on its upper surface, it is necessary to increase the fitting force of the cover body, and the swinging operation of the cover body is extremely difficult.

  An object of the present invention is to provide a reel sheet that can easily perform a posture switching operation of the lock operating tool by applying a simple process to a grip operating portion of the lock operating tool (cover body).

〔Constitution〕
A feature of the invention according to claim 1 is that the reel seat body includes a movable hood that holds the reel legs, and a lock mechanism that prevents the movable hood holding the reel legs from moving away from the reel legs. The locking mechanism includes a receiving tooth attached to the reel seat body, a locking piece provided on the movable hood to engage the receiving tooth and prevent the movable hood from moving, and A lock operating tool that reveals a state in which the lock piece engages with the receiving tooth and a state in which the lock piece is separated from the receiving tooth, and a state in which the lock operating tool is engaged The position can be changed so as to reveal the separated state, and the anti-slip rough surface is formed on the knob operation portion of the lock operating tool. The operation and effect are as follows.

[Function and effect]
That is, in order to release the lock state of the movable hood, the lock operation tool is switched from the state in which the lock piece is engaged with the receiving teeth to the state in which the lock piece is separated, or from the state in which it is separated from the opposite state. At this time, the angler can perform the switching operation by placing the thumb and the index finger on the anti-slip rough surface of the lock operating tool.
Therefore, it is difficult for the thumb and the index finger to slide, and the switching operation can be performed easily and quickly.

〔Constitution〕
The characteristic configuration of the invention according to claim 2 resides in that the anti-slip rough surface is a shot peening surface or a satin-finished surface, and the effects thereof are as follows.

[Function and effect]
If the rough surface for preventing slip is formed on a surface having large recesses and protrusions, the slipping resistance is improved, but residues such as abalone tend to adhere to the recesses and protrusions, and maintenance work such as cleaning to remove them is performed. The burden increases.
Taking such points into consideration, shot peening and satin treatment capable of providing an appropriate rough surface were performed.
With such a configuration, it has become possible to provide a reel seat with a low maintenance burden while being a lock operation tool that is difficult to slide and has good operability.

It is a side view which shows the state which attached the spinning reel to the reel sheet | seat of the main fence. It is a top view which shows the reel seat | sheet which has not attached the movable hood and the receiving body. It is a side view which shows the left side surface of a reel sheet. It is a bottom view which shows the back surface bulging part located in the opposite side 180 degree | times on both sides of a reel axis with the front-and-rear reel leg mounting surface of a reel seat. It is the II sectional view taken on the line in FIG. It is a perspective view which shows the state which attached the movable body without attaching a movable hood. (A) Longitudinal rear view showing the state before the receiving body is mounted on the mounting base, (b) Vertical rear view showing the state where the receiving body is mounted on the mounting base, (c) The receiving body is used as the mounting base It is a cross-sectional top view which shows the mounted state. (A) A vertical side view showing the receiving body, (b) a bottom view showing the inside of the receiving body as viewed from below. It is a perspective view which shows the state which attached the movable hood provided with the locking mechanism. (A) In the lock structure of a movable hood, it is a vertical side view which shows the state which has released the locked state, (b) In the lock structure of a movable hood, it is a vertical side view which shows a lock state.

A fishing rod 1 used for sea fishing, rod fishing, etc. will be described.
The fishing rod 1 is composed of a main rod 2 as a fishing rod rod body, a plurality of middle rods, and a tip rod, each of which has a thread guide, and is configured as a swing-out type fishing rod. As shown in FIG. A reel sheet 5 for attaching the reel 3 to the middle part is externally fitted.

  The base 2 is basically formed into a cylinder by winding a prepreg formed by impregnating a reinforcing fiber such as glass fiber or carbon fiber with a thermosetting resin such as epoxy around a mandrel. It is formed by firing the firewood material formed in the above.

The configuration of the reel sheet 5 will be described.
As shown in FIGS. 1 and 2, the reel sheet 5 is formed by injection of an engineering resin such as polyethylene terephthalate (PET) or ABS resin. A fixed hood (tip side hood) 6 is integrally formed with the reel sheet main body 5A on the front side to which the reel leg 3A of the reel 3 is attached. Side hood) 7 is slidably mounted in the core direction.

The configuration of the reel leg placement surface portion in the reel sheet main body 5A will be described. As shown in FIGS. 2 and 3, a shallow concave groove 5B having a certain lateral width from the portion corresponding to the leg insertion opening 6a of the fixed hood 6 toward the movable hood and having an arc shape at the rear end is formed. And the rectangular recessed part 5b is formed in the bottom face of the recessed groove 5B.
The rectangular recessed portion 5b is a portion to which a thin plate-like member L such as a label (seal) indicating the model number or a nameplate indicating the name of the bag is affixed, and the front end located on the tip side of the fixed hood 6 It is formed so as to enter the internal space. The thickness of the thin plate-like member L is formed so as not to protrude from the upper end of the recessed portion 5b in a state of being stuck to the bottom surface of the recessed portion 5b.
Thus, since it is in a state where it is recessed one step from the reel leg mounting surface 5C and extends into the internal space of the fixed hood 6, the nameplate does not protrude from the recessed portion 5b, is difficult to peel off, and The decoration is also high.

On both the left and right sides of the recessed groove 5B, a front reel leg mounting surface 5C for supporting a front leg portion extending forward from the reel leg 3A is formed. The side ends 5c as both side edges of the front reel leg mounting surface 5C are closest to each other at a position corresponding to the rear end of the rectangular recessed portion 5b in plan view, and are pointed beyond the rear end. The curve is formed so as to be away from each other as it is located closer to the side and the heel side. With this configuration, the front reel leg mounting surface 5C is in a state in which the lateral end 5c is narrowed to the saddle axis X side as it is positioned closer to the collar side from the collar side end adjacent to the fixed hood 6. The intermediate portion 5j corresponding to the rear end of the recessed portion 5b has a narrowest width, and is formed in a shape that spreads laterally from the narrow intermediate portion 5j toward the heel side and the heel side. Yes.
Therefore, when the reel leg 3A and the reel seat 5 are gripped together, the lateral end portion 5c of the front reel leg mounting surface 5C is narrowed down. Since the side is widened, the gripped hand is difficult to move to the heel side or the heel side, so that a stable grip can be secured.
At the left and right ends of the recessed groove 5B, inclined surfaces 5d that enter the recessed groove 5B from the front reel leg mounting surface 5C are formed. Further, the front reel leg placement surface 5C is formed so as to be inclined downward as it approaches the movable hood side from the fixed hood side.

As shown in FIGS. 2 and 3, a rear reel leg mounting surface 5D for supporting a rear leg portion extending to the base side of the reel leg 3A is provided on the base side from the rear end of the recessed groove 5B. Is formed. The rear reel leg mounting surface 5D is formed in a state of being slightly higher than the front reel leg mounting surface 5C (the radial distance from the flange axis is large), and is formed in a substantially flat surface. A central recessed groove 5E is formed at the left and right center position of the rear reel leg mounting surface 5D, and an arcuate front end 5g is formed on the side close to the fixed hood 6. The center recessed groove 5E is formed on a relatively shallow bottom 5e on the side where the front end 5g is located, and a slightly deep bottom 5f is formed on the base side of the shallow bottom 5e.
A sawtooth receiving tooth 8 which will be described later is fitted and fixed in the center recessed groove 5E.

The rear reel leg placement surface 5D is formed to be slightly inclined downward toward the left and right ends, and the left and right center position of the front end portion on the tip side is slightly higher. The front end 5g of the rear reel leg mounting surface 5D is formed in an arc shape projecting toward the tip side, and an inclined surface 5i is formed at the front end 5g and positioned forward in the downward direction. An inward guide groove 5h is formed on the lateral side surface of the rear reel leg mounting surface 5D, and is configured to guide the forward and backward movement of the movable hood 7.
As described above, the front reel leg mounting surface 5C and the rear reel leg mounting surface 5D are formed. Therefore, even if the reel foot has various shapes, the shape of the reel foot is slightly deformed. Even so, the reel is firmly attached to the reel sheet portion without play.

Next, a wave (finger rest) structure formed on the side surface of the reel sheet main body 5A will be described. As shown in FIGS. 2 to 4, 6, and 9, the distance from the lateral end portions 5 c to the left and right lateral sides from the both lateral end portions 5 c formed in the recessed curved shape increases toward the circumferential direction. A concave insertion surface 6e is formed on the original side.
The configuration of the recessed surface 6e will be described in detail. In the fixed hood 6 located above the both lateral end portions 5c in a side view, the opening edge 6b of the leg insertion opening 6a is lowered toward the base side. It is formed so as to incline downward. And the opening edge 6b is connected with the lower protrusion edge 6c which forms the lower end edge of the said recessed surface 6e. The lower protruding edge 6c is formed in an arc shape that deviates toward the base side as it is located farther away from the lateral end portion 5c in a side view, and is formed so as to gradually switch to the horizontal state at the end position. Yes.

  On the other hand, an upper protruding edge 6d that exposes the upper end position of the recessed surface 6e is formed above the lower protruding edge 6c across the recessed surface 6e, and this upper protruding edge 6d is mounted on the front reel leg. It is formed so as to bend gradually toward the rear horizontal state while maintaining a substantially constant interval with respect to the lower protruding edge 6c from the intermediate portion 5j at the lateral end 5c of the mounting surface 5C.

The recessed surface 6e between the upper and lower protruding edges 6c and 6d is located at an intermediate portion between the upper and lower protruding edges 6c and 6d so as to maintain the recessed shape exhibited by both lateral ends 5c of the front reel leg mounting surface 5C. A wave structure is formed so that the recess depth of the intermediate portion gradually becomes shallower toward the base side horizontal area while slightly increasing the recess depth, and the base of the rear reel leg mounting surface 5D is formed. The reel sheet main body 5A is continuously connected to the outer peripheral surface of the reel sheet main body 5A at a position corresponding to the end.
Similarly, the portion 6f between the upper projecting edge 6d and the lateral side edge of the rear reel leg mounting surface 5D is also formed in a wave structure in which the recess depth is slightly deeper in the middle portion between the two.

  With this structure, the following can be said. As shown in FIG. 1, among the fingers that hold the reel sheet 5 and the reel legs 3A together, the tip of the middle finger is just applied to the side surface end 5c and the recessed surface 6e between the upper and lower protruding edges 6c and 6d. The grip state of the middle finger is stabilized. On the other hand, a ring finger is applied between the upper protruding edge 6d and the lateral edge of the rear reel leg mounting surface 5D, and the ring finger is placed in a stable state.

As shown in FIGS. 3 to 5, the surface of the reel sheet 5 that forms the front reel leg mounting surface 5 </ b> C and the rear reel leg mounting surface 5 </ b> D is 180 degrees on the opposite side across the saddle axis X. A rear surface bulging portion 5H is formed on the surface. The back surface bulging portion 5H is partitioned by narrow grooves 5r that have a mountain shape in a side view and a substantially rhombus shape in a back view.
In the back surface bulging portion 5H, when the surface is coated with a highly elastic rubber-based paint and the reel legs 3A and the reel sheet 5 are gripped together, the palm of the hand is applied to the back surface bulging portion 5H. As a result, the rear surface bulging portion 5H is easily gripped and gives a grip feeling that is difficult to receive a feeling of pressure on the hand.

  Next, the attachment structure about the receiving body 9 with respect to the movable hood 7 is demonstrated. As shown in FIG. 1, the receiving body 9 is attached to the base side behind the movable hood 7, and is removed when the movable hood 7 is attached at a predetermined position, and is attached at a predetermined position after the attachment. This prevents the movable hood 7 from coming out.

  The mounting structure of the receiving body 9 is as follows. As shown in FIGS. 2 and 3, as shown in FIGS. 6 to 9, a recess insertion / removal portion 5 </ b> F as an attachment / detachment portion is formed on the base side of the rear reel leg mounting surface 5 </ b> D. Is formed in a semi-elliptical shape whose width is narrowed toward the rear end in a plan view. As shown in FIG. 6, a mounting base 5G having a cross shape in a plan view is erected on the bottom surface 5k of the concave insertion / removal portion 5F, and the receiving body 9 is inserted into the mounting base 5G from above. It is constituted as follows.

As shown in FIGS. 2 and 3, the mounting base 5 </ b> G is provided with a “front receiving portion 5 m standing upright as a plate-shaped second receiving portion facing sideways on the tip side, and the front receiving portion 5 m A rear receiving portion 5n as a first receiving portion in the form of a horizontally-oriented plate is erected on the original side.The front receiving portion 5m is wider than the rear receiving portion 5n and has a higher height. The stop portion 5m and the rear receiving portion 5n are integrally connected by a plate-like connecting portion along the saddle axis X direction.
As shown in FIG. 7 (a), on the lateral side surface of the front receiving portion 5m, a hooking locking portion 5p is formed on the upper end portion so as to protrude sideways. Configure to prevent slipping out. Above the hook locking portion 5p, a guide guide surface 5q having an upper end corner portion formed in an arc shape is provided to ensure the ease of mounting the receiving body 9 to the mounting base 5G.

  Next, the structure of the receiving body 9 is demonstrated. As shown in FIGS. 7 and 8, the receiving body 9 has a cross section of the main body portion 9 </ b> A having a substantially channel shape, and the left and right side wall portions 9 </ b> B are the rear end portions that are located on the base side. The lower end edge 9b is formed in an arc shape, and as shown in FIG. 8 (a), the lower end edge 9b is formed in an upward arc shape so that the lower end edge 9b is positioned higher toward the rear end side. The ceiling portion 9a of the main body portion 9A is a substantially flat surface, but is formed in a state inclined slightly downward on the rear end side.

  As shown in FIGS. 8 (a) and 8 (b), on the inner surface of the main body portion 9A, a front engagement protrusion 9C as a second protrusion positioned before and after engaging with the front and rear receiving portions 5m and 5n of the mounting base 5G. A rear engagement protrusion 9D is formed as a first protrusion. The inner peripheral surface of the main body portion 9A is formed with a central surface 9c that is slightly arcuate upward in the center of the left and right sides, and a first inclined surface 9d that surrounds the central surface 9c. The first inclined surface 9d A second inclined surface 9e having a gentler slope than that of the first inclined surface 9d is formed so as to further surround.

  9C of front engaging protrusions are formed in the right-and-left part in the 1st inclined surface 9d, respectively. The front engaging protrusion 9C is a plate-like body in a front-and-back orientation, and an inclined guiding surface 9f that is inclined from the inside toward the outside toward the lower end side is formed at the lower end portion of the inner side surface. An upper end surface 9g of the front engagement protrusion 9C is formed in a straight horizontal plane. The rear protrusion 9D is formed so as to straddle the boundary between the central surface 9c and the first inclined surface 9d, and has a plate shape that is long in the lateral direction.

A restricting mechanism configured by mounting the receiving body 9 on the mounting base 5G provided at the attachment / detachment portion with the above configuration will be described. In order to mount the receiving body 9, when it is pushed downward at a predetermined position from the state shown in FIG. 7 (a), the front engaging projection 9C is in contact with the guide guide surface 5q of the front receiving portion 5m and its inclined structure. Is guided to the lower side of the hook locking portion 5p and engages with the hook locking portion 5p. This is because such a mounting structure adopts a structure in which the receiving body 9 can be elastically deformed.
Here, the front engagement protrusion 9C and the front receiving portion 5m constitute an engagement restriction mechanism.
On the other hand, the rear protrusion 9D is inserted into the heel side of the rear receiving portion 5n and abuts against the rear receiving portion 5n from the front side to prevent the receiving body 9 from slipping out to the heel side. Adopted.
Here, the rear protrusion 9D and the rear receiving portion 5n constitute a contact restricting mechanism.

  The mounting structure of the movable hood 7 will be described. As shown in FIGS. 9 and 10, the movable hood 7 includes a main body portion 7A having a channel-shaped cross section and a pair of left and right dome-shaped bearing portions 7B integrally formed at the rear end portion of the main body portion 7A. The reel leg holder 7C made of a flexible material on the ceiling surface in the portion 7A, the lock piece 7D cantilevered at the rear end of the reel leg holder 7C, and a pair of left and right dome-shaped bearings 7B are swingable. And a lock operating tool 7E supported by the.

  Engagement pieces 7b are formed at the lower ends of the left and right side wall parts 7a of the main body part 7A so as to be folded back toward the inner side of the main body part 7A. The engagement pieces 7b are formed on both side surfaces of the reel sheet 5. The movable guide 7 is configured to be slidable along the axis X direction so that the engaging piece 7b moves along the guide groove 5h by engaging with the guide groove 5h. The guide groove 5h and the engagement piece 7b constitute a guide mechanism that guides the movable guide 7 so as to be slidable.

The lock mechanism R that maintains the reel leg holding state of the movable hood 7 will be described. As shown in FIG. 10 (b), the point that the lock piece 7D is extended in a cantilevered manner toward the rear side from the reel leg holder 7C described above was mentioned. The lock piece 7D is formed of a plate material such as a spring plate material, has a high elastic restoring deformation force, and is formed with a dome-shaped locking portion 7d on the distal end side.
On the other hand, the point that the serrated receiving teeth 8 are fitted and fixed in the center recessed groove 5E in the reel sheet 5 is mentioned. The front end of the locking portion 7d of the lock piece 7D is engaged with the tooth portion 8a of the receiving tooth 8 so that the movable hood 7 is prevented from moving to the base side.

In the lock operation tool 7E, a knob operation portion 7e extends forward from a portion supported by a pair of left and right dome-shaped bearing portions 7B so as to be swingable up and down, and a dome shape is formed at a base end portion of the knob operation portion 7e. A support piece (not shown) supported by the bearing portion 7B and an action portion 7f acting on the lock piece 7D are formed.
As shown in FIG. 10 (b), the dome-shaped locking portion 7d of the lock piece 7D is pressed against the dome-shaped locking portion 7d of the lock piece 7D by pressing the locking portion 7D with the action portion 7f. Can be engaged.

  As shown in FIG. 10 (a), the lock operating tool 7E is raised to release the locked state, and then the handle operating portion 7e is held, and the lock operating tool 7E is moved down as shown in FIG. 10 (b). As described above, when the body portion 7A of the hood 7 is covered, the action portion 7f of the knob operation portion 7e engages the tooth portion 8a with the dome-shaped locking portion 7d of the lock piece 7D (locking posture). Appears. From this state, when the lock operation tool 7E is raised by holding the knob operation portion 7e, a state in which the dome-shaped locking portion 7d of the lock piece 7D is separated from the tooth portion 8a appears.

The knob operation portion 7e of the lock operation tool 7E is formed by bending a plate-like member into a channel shape, and can be swung by pinching the left and right lateral side portions 7g with fingers. Therefore, in order to make it easier to pick the lateral side portion 7g, a non-slip rough surface a by shot peening is formed at the lower end portion of the lateral side portion 7g shown in FIG. The anti-slip rough surface a may be subjected to a satin treatment.
With such a configuration, even if a finger with a bait is picked, it is difficult to slide and can be swung easily.

[Another embodiment]
(1) The non-slip rough surface a may be formed by sticking a label subjected to shot peening treatment or satin finish on the lateral side portion 7g of the lock operation tool 7E.
(2) In the embodiment of the present invention, it is only necessary to form the recessed portion 5b.
(A) Detachable structure for the recessed mounting portion 5F of the receiving body 9;
(B) Structure in which the concave portion 5b for attaching the nameplate L is formed on the reel leg mounting surface 5C of the reel sheet main body 5A. (C) The wave structure formed on the lateral side surface of the reel sheet main body 5A is appropriately selected and implemented. Is possible.

  The present invention can be applied to a rod or a boat provided with a cylindrical reel sheet.

3A Reel leg 5A Reel seat body 7 Movable hood 7D Lock piece 7E Lock operation tool 7e Knob operation part 8 Receiving tooth R Lock mechanism a Non-slip rough surface

Claims (2)

  The reel seat body is provided with a movable hood for holding the reel legs, and a lock mechanism for preventing the movable hood holding the reel legs from moving in a direction away from the reel legs is provided. A receiving tooth mounted on the main body, a lock piece provided on the movable hood to engage the receiving tooth and prevent the movement of the movable hood, and the locking piece engages the receiving tooth A lock operating tool that reveals a state and a state in which the lock piece is separated from the receiving teeth, and a posture to reveal the engaged state and the separated state of the lock operating tool A reel seat configured to be changeable and having a non-slip rough surface formed on a knob operation portion of the lock operating tool.   The reel sheet according to claim 1, wherein the anti-slip rough surface is a shot peening surface or a satin-treated surface.

Images