JP2844285B2 - Reel seat for fishing rod - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention uses a cam piece for engaging a claw portion of a leaf spring with a locking tooth row of a reel seat body, and presses a movable hood toward a leg portion of a fishing reel. The present invention relates to improvement of a reel sheet for a fishing rod to be moved.

[0002]

2. Description of the Related Art As a reel sheet for this type of fishing rod,
The one disclosed in Japanese Utility Model Publication No. 56-21233 has been proposed.

As shown in FIG. 6, the reel seat disclosed in Japanese Utility Model Publication No. 56-21233 is placed between bearings B, which are shaft supports of left and right tightening covers E at the rear of a movable hood A. A pressing piece F extending from the rear of the tightening cover plate E is inserted into the through hole D of the leaf spring C, and the pressing piece F is positioned below the leaf spring C. When the movable hood A is tightened, the pressing piece F Abuts on the rear edge G of the through hole D of the leaf spring C.

Therefore, when an external force is applied to the movable hood A via the reel leg H in the retreating direction shown by the arrow I, the locking claw K is locked to the locking tooth row M, and the leaf springs are locked. A reaction of the pressing force indicated by the arrow J is applied to the pressing piece F via the trailing edge G of the through hole D of the C, and the tightening cover plate E is rotated by the portion supported by the bearing portion B as the rotation axis. The locking claw K is disengaged from the locking tooth row M because the pressing is applied to the leaf spring C and the fixing of the reel leg H is released. Also, for locking the locking claw K to the locking tooth row M
The locking rotation of the tightening cover plate E in the direction opposite to the arrow L
The function of advancing the door A in the direction of the reel leg H is not played at all.
No.

[0005]

According to the present invention, even if a strong external force in the direction indicated by arrow I in FIG. 6 is applied, the reel legs are not released and the locking claws of the leaf spring are released. Locking
The movable cover is rotated to engage with the tooth row,
It is an object of the present invention to provide a reel sheet for a fishing rod capable of pushing a rod toward a reel leg and moving the reel forward .

[0006]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention relates to a movable hood for fixing a reel leg, which is slidably fitted to a reel seat body, and is provided with a movable hood. A locking leaf spring slidable in the direction and a tightening cover plate for operating the locking leaf spring are incorporated.

The locking leaf spring has a substantially V-shaped engaging valley in a longitudinal section parallel to the length direction of the seal sheet main body, and the rear of the valley is used to lock the reel seat main body. A movable hood that is a claw that engages with the tooth row and that is a locking leaf spring
Overhanging pieces are formed on the left and right of the assembly part to the hood part
Have been.

The tightening cover plate is rotatably supported by bearings on both sides of the movable hood, and is integrally formed with a cam piece which engages with a valley of the locking plate spring . Locking plate
In front of the trailing edge of the overhang of the spring and the bearing of the movable hood
And a floating gap is formed between
Next, the rotation locus of the tightening cover plate was configured as follows.

In other words , the working edge of the cam piece comes into contact with the front slope of the V-shaped valley of the locking plate spring when the tightening cover plate stands up, and the V-shape is formed at the beginning of the fall of the tightening cover plate. the locking leaf spring against the bottom of the valley, and repression until the pawl portion is engaged with the locking teeth, the mid losses Fushimi, the repression against the central region of the slope after the valley Holding and moving the movable hood
Move forward by the length to the reel leg side, and at the end of the fall, touch the vicinity of the upper part of the rear slope and maintain the fall posture , and
In this configuration, the arm is held at the forward position .

[0010]

According to the structure of the present invention, when the movable hood is inserted into the reel leg and the tightening cover plate in the upright posture is folded down, the working edge serving as the tip of the cam piece is set to the valley of the locking plate spring at the beginning of the fall. Abut against the bottom of the part and press downward.

Due to the pressing of the bottom of the valley at the beginning of the fall,
After the claw portion behind the valley engages with the locking teeth row of the reel seat body, the working edge of the cam piece abuts on the rear slope of the valley.
While the slope is pressed down, the locking leaf springs
Since it does not move due to the engagement, the reaction
The clearance between the bearing and the overhanging piece is provided via the closing plate and the bearing.
The movable hood is pushed toward the reel leg by the length of the moving gap , and presses the reel leg.

Due to the subsequent fall of the clamping cover plate, when the middle stage of the fall is reached, the working edge of the cam piece comes into contact with the central area of the rear slope of the valley substantially perpendicularly.

[0013] At the end of the fall when the tightening cover plate further falls and contacts the upper surface of the movable hood, the working edge of the cam piece contacts the upper part of the rear slope of the valley, and the working edge contacts the rear slope. The relationship of the angle is opposite to the initial state of the fall, the engagement between the pawl and the locking tooth row, the fall posture of the tightening cover plate and the reel leg of the movable hood.
To hold a pressing of.

In this state, when a strong external force in the direction of pushing back the movable hood acts via the reel leg, the external force acts as a force for sliding the rear slope of the valley on the working edge, and this force is used to tighten the cover. Acting in the direction of causing the plate to fall on the upper surface of the movable hood, there is no danger that the claw portion of the locking leaf spring will come off the locking tooth row.

When the tightening cover plate is erected, the elastic pressure of the valley portion of the locking plate spring by the cam operating edge is released, the claw portion is separated from the locking tooth row, and the movable hood is slidable on the reel seat body. Thus, the reel legs can be freely removed.

[0016]

1 to 5 show an embodiment.
As shown in FIGS. 1 and 2, a fixed hood 3 for fixing a reel leg 2 of a fishing reel is fixed to a front end of the reel seat body 1, and a portion corresponding to a locking tooth row 4 at a rear end. A movable hood 5 for fixing the reel legs is fitted to the reel seat body 1 so as to be slidable in the front-rear direction and fixed in position.

The movable hood 5 is provided with a locking plate spring 6 shown in section in FIGS.
And a non-operating position where the claw 8 is separated from the locking tooth row 4 and an operating position where the claw 8 at the end of the downward slope surface portion behind the locking tooth row 4 is engaged. Have been.

The illustrated locking leaf spring 6 has a substantially V-shaped locking valley 13 in a vertical section parallel to the length direction of the reel seat body 1, and is provided behind the valley 13 . Downhill surface
The tip of the portion is a claw portion 8 which engages with the locking tooth row 4, and the valley portion 1
The other end of 3 is connected to an assembling portion 9 having projecting pieces 12 extending to both left and right sides on a front slope 17.

The movable hood 5 has bearing portions 14 on both sides.
A clamping cover plate 19 that rotatably supports the shaft portion 20 is assembled, and a cam piece 21 toward the valley portion 13 of the locking plate spring 6 is integrally formed on the clamping cover plate 19. The working edge 22 which is the tip of the cam piece 21 is brought into contact with the upper surface of the leaf spring.

The locking leaf spring 6 is mounted on the flat surface portion 10 of the movable hood 5 at the assembly portion 9 and inserted into the lower surface of the hood portion 15 through the opening 11, and the front side of the bearing portion 14 of the hood 5. A floating gap W is formed between the outer wall 7 and the overhanging piece 12, and the locking plate spring 6 can move back and forth in the direction indicated by the arrow X by the length of the floating gap W. vice versa
When the locking leaf spring 6 is in a fixed position, the movable hood 5
It can be moved back and forth by the length of the gap W in the direction of the arrow X.
You.

The rear portions of the two bearing portions 14 of the movable hood 5 are connected by stoppers 16.

The tightening cover plate 19 is attached to the shaft 2 by the bearing 14.
By being pivotally supported at 0, it is rotatable between two positions, from the standing position shown in FIG. 2 to the falling posture overlapping the upper surface of the hood portion 15 as shown in FIG.

The cam piece 21 when the tightening cover plate 19 rotates.
The rotation locus of the working edge 22 is selected as a rotation locus capable of performing the operation described below.

That is, as shown in FIG.
At the time of standing, the working edge 22 is moved to the valley portion 13 of the locking leaf spring 6.
1 and presses the locking plate spring 6 toward the hood portion 15 so that the outer side of the front side of the bearing portion 14 as shown in FIG.
A floating gap W is formed between the side wall 7 and the overhanging piece 12,
As shown in FIG. 3, the locking leaf spring 6 is brought into contact with the bottom 23 of the valley 13 which is continuous with the front slope 17 at the beginning of the fall, and the claw 8
Presses down until it engages with the locking tooth row 4, and in the middle of lodging,
In addition, as a reaction of this repression, the bearing portion 14 and the tightening cover plate 1
The movable hood 5 is moved by the pressing force acting on
4 is advanced toward the reel leg 2 by the length of the gap W, and as shown in FIG. 4, the elastic pressure is maintained in contact with the central area 24 of the rear slope 25 of the valley 13, and the end of the lodging shown in FIG. In contact with the vicinity of the upper portion 18 of the rear slope of the valley portion 13, the hood portion 15 can maintain the lying posture overlapping the hood portion 15, can hold the resilient pressure of the locking plate spring 6 , and can move the movable hood 5 toward the reel leg 2 side.
The rotation trajectory can maintain the advance position .

That is, of the rotation trajectory of the working edge 22 described above, at the beginning of the fall shown in FIG.
2 performs an operation of resiliently pressing the bottom portion 23 of the valley portion 13 of the locking leaf spring 6 and engaging the claw portion 8 with the locking tooth row 4. A floating gap W between the outer wall 7 of the bearing 14 and the projecting piece 12 of the locking leaf spring 6
To the reel leg 2 side, and presses the reel leg 2.

In the state shown in FIG. 5, when an external force in the direction of the arrow I acts via the reel leg 2, the members constituting the movable hood 5 other than the locking leaf spring 6 are forced to retreat in the same direction. Although acting, the working edge 22 of the cam piece 21 of the tightening cover plate 19 is fixed to the valley portion 13 of the stationary locking leaf spring 6.
Of the locking plate spring 6 and the locking tooth row with the force of maintaining the resilient pressure of the valley portion 13 and maintaining the lying posture becomes stronger. 4 is not disengaged.

When the tightening cover plate 19 is raised from the fixed state of the reel leg 2 shown in FIG. 5 to the upright posture shown in FIG. 2, the fixing of the reel leg 2 is released and the working end of the cam piece 21 is actuated. locking plate spring 6 since edge 22 pushes the front slope 17 of the locking plate spring 6 is pushed forward by floating gap W, floating gap W of the movable hood 5 at the time of fixing the next reel leg 2 Be prepared for the length of movement.

[0028]

According to the present invention, a substantially V-shaped valley is formed in the locking leaf spring, and the working edge of the cam piece is engaged with the valley, so that the movable hood can be moved when the tightening cover plate falls down. since the is pushing forward, the direction of the external force pushing back the movable hood over the reel leg while holding the reel leg acts, the external force to the clamping covered plate, more maintenance force of the horizontal position Acting in the direction of strengthening, it is possible to completely prevent the engagement between the claw portion of the locking leaf spring and the locking tooth row from being released by the external force ,
At the same time, the locking work between the locking leaf spring and the locking teeth by the tightening cover plate
The movable hood is advanced to the reel leg side using the reaction during use
It is possible to fix the reel leg automatically and firmly
It has an effect that can be made.

[Brief description of the drawings]

FIG. 1 is a perspective view showing a state in which a tightening cover plate according to an embodiment is in a standing posture;

FIG. 2 is a sectional view taken along line YY in FIG.

FIG. 3 is a cross-sectional view similar to FIG. 2 of a main part in an initial stage of the fall of the tightening cover plate.

FIG. 4 is a cross-sectional view similar to FIG. 3 in a middle stage of the fall of the fastening cover plate.

FIG. 5 is a sectional view similar to FIG. 3 at the end of the fall of the tightening cover plate.

FIG. 6 is a cross-sectional view showing a state similar to FIG. 5 of a conventional reel sheet.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Reel sheet main body 2 Reel leg 5 Movable hood 6 Locking plate spring 7 Outer side wall 8 Claw part 12 Projection piece 13 Valley part 14 Bearing part 17 Front slope 18 Upper part 19 Tightening cover plate 21 Cam piece 22 Working edge 23 Valley part 24 Central area 25 Back slope W floating gap

Claims (1)

(57) [Claims] An engaging plate spring slidably forward and backward and a closing cover plate for operating the engaging plate spring are provided on a movable hood for fixing a reel leg slidably fitted on a reel seat body. The locking leaf spring has a substantially V-shaped valley for engagement in a longitudinal section parallel to the length direction of the reel seat body, and the reel seat body is provided behind the valley. claw portion engaged in the engaging teeth is provided with, and locking plate
On the left and right of the assembly part of the spring to the movable hood,
A projecting piece is projected, the tightening cover plate is rotatably supported by bearings on both sides of the movable hood, and a cam piece engaged with a valley of the locking plate spring is integrally formed. Cage , locking plate
In front of the trailing edge of the overhang of the spring and the bearing of the movable hood
And a floating gap is formed between
V, the rotation locus of the working end edge of the cam piece tightening cover plate is, at the time of standing of frettage fastening cover plate, the locking plate against the V-shaped front slope of the spring, the initial lodging tightening cover plate Pressing the locking leaf spring against the bottom of the V-shaped valley until the claw engages with the locking teeth
And, holding the repression against the central region of the rear slope in mid losses Fushimi, and the length of the floating gap as a reaction of the repression
Then move the movable hood forward through the bearing to the reel leg side.
At the end of the fall, touch the vicinity of the upper part of the back slope of the valley to maintain the fall posture and maintain the forward position of the movable hood.
A reel sheet for a fishing rod, wherein the reel sheet is selected for a locus .