JPS6234368B2 - - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Technical Field of the Invention] The present invention relates to a fishing rod support device, for example, one that removably supports a fishing rod on a support portion such as the edge of a boat.

[Technical background of the invention and its problems]

Conventionally, various structures have been proposed for this type of fishing rod support device, but in the structure where a stand is attached to the edge of the boat, the fishing rod is placed on the stand, and the fishing rod is locked with a lock pin, it is difficult to attach to the stand. It is necessary to use both hands to attach and detach the fishing rod, and the operation is time-consuming. In other words, the fishing rod cannot be attached to or detached from the stand unless the fishing rod is supported with one hand and the locking pin is inserted or removed with the other hand, and it is not possible to respond quickly to a hit (fish hit). , there are problems with operability. In addition, because the stand is usually fixed to the edge of the ship, it is not possible to change the position of the stand in relation to the seating position and the edge of the boat.Also, if the line is deviated due to a change in the current after the bait has been introduced, However, the direction of the fishing rod cannot be easily adjusted up, down, left or right, and there are problems such as the direction of the fishing rod and the position of the line do not match when winding the reel, resulting in uneven winding of the line.

[Purpose of the invention]

The present invention has been made in view of the above points, and it is possible to easily attach and detach a fishing rod with a single touch, and also to enable the fishing rod to be supported in a horizontally and vertically adjustable manner, thereby allowing easy operation of the fishing rod. The purpose of this invention is to improve the fishing rod's performance, allow the fishing rod to respond smoothly to changes in fishing conditions, and also to allow for easy winding and unwinding of the fishing line.

[Summary of the invention]

The present invention provides a clamp mechanism that is removably attached to the edge of a boat, a support board that is attached to the clamp mechanism so that its position can be adjusted horizontally and vertically, and a support board that is installed on one side of the support board and that is attached to a fishing rod. A locking body formed with a locking recess for locking the attached locking rod, and a locking body provided movably forward and backward on the support substrate and locking by closing the opening surface of the locking recess of the locking body on both sides of one end. A slider that has a locking piece that prevents the locking rod in the recess from coming out and is always energized toward the locking body, a locking means that locks the slider in a retracted position, and a slider that is inserted into the locking recess. The present invention is characterized by comprising a lock release means for releasing the lock using a locking rod.

[Embodiments of the invention]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the accompanying drawings.

In the figure, reference numeral 1 denotes a clamp mechanism that is detachably attached to a mounting part such as the edge of a fishing boat. A second engaging body 4 formed in a U-shaped cross section with a predetermined length via a hinge 3
One end of the two is rotatably connected. Further, one side portion 5a of an L-shaped adjustment frame 5 is fitted into the second engagement body 4 so as to be able to move forward and backward, and a tightening screw 6 is fitted onto the other side 5b of the adjustment frame 5. A disc-shaped engagement part 7 that engages with a mounting part such as the edge of a ship is rotatably attached to the inner end of the tightening screw 6. A handle 8 is slidably attached to the outer end of the handle.

Engagement plate portion 2 of the first and second engagement bodies 2 and 4
Tightening bolts 10 having a plurality of locking heads 9 are attached at predetermined intervals on both sides of the outer ends in the length direction to the bolts a and 4a so as to be movable forward and backward. Also, the inner engaging plate portion 5 on the one side portion 5a of the adjustment frame 5
c is provided with a plurality of mounting holes 11 arranged in a row at predetermined intervals on both sides of its length, that is, at intervals corresponding to the tightening bolts 10. A large-diameter insertion portion 11a through which the stop head 9 is inserted, and a small-diameter insertion portion 1 through which a tightening bolt 10 connected to the insertion portion 10 is inserted into one side of the insertion portion 11a.
1b. Further, the tightening bolts 10 are placed in the outer plate portion 5d of the one side portion 5a of the adjustment frame 5 at positions corresponding to the respective mounting holes 11.
A plurality of insertion holes 12 are formed for insertion of a screwdriver for rotating the.

Next, the first engaging body 2 of the clamp mechanism 1
A mounting board 13 is integrally attached to the top, the lower end of a bolt 15 is inserted into a mounting hole 14 formed in the center of this mounting board 13, and a locking bolt 15 is inserted orthogonally through the lower end of this bolt 15. Both ends of the locking pin 16 are fitted into locking grooves 17 continuous to both sides of the mounting hole 14 to prevent rotation, and a nut 19 is fastened to a threaded portion 18 at the lower end thereof.

The bolt 15 has a large-diameter threaded portion 20 formed above the threaded portion 18 via a stepped portion, and a guide shaft portion that does not have a large-diameter thread formed above the threaded portion 20 via the stepped portion. 21 is formed, and a flange 22 having a larger diameter is formed at the upper end of this guide shaft portion 21. Further, an annular groove 23 is formed on the outer periphery of the guide shaft portion 21, and a guide elongated hole 24 which is elongated in the axial direction is formed at the lower end of the guide shaft portion 21.
are formed to penetrate through both sides, and this guide elongated hole 24
A guide hole 25 communicating with the guide shaft portion 21 is bored in the axial direction within the guide shaft portion 21 . Further, a coil spring 28 is interposed between the lifting pin 26 inserted into the guide slot 24 and a screw 27 screwed into the outer end of the guide hole 25 so as to be adjustable in advance and retreat. The lifting pin 26 is biased in the axial direction.

Further, a nut 30 having a lever 29 is screwed into the large diameter threaded portion 20 of the bolt 15 erected on the mounting board 13 so as to be movable forward and backward. Further, an annular groove 23 in the guide shaft portion 21 of this bolt 15
A movable locking body 32 having a conical engagement surface 31 formed on its outer periphery is fitted into the lower end of the movable locking body 32 so as to be slidable in the axial direction and rotatable around the axis. The guide pin 26 is inserted into the drilled mounting hole 33.
Both ends of the movable locking body 32 are inserted and locked, and the movable locking body 32 is urged toward the nut 30 via the guide pin 26 and coil spring 28. Further, a fixed locking body 34 is fitted into the upper side of the annular groove 23 of the bolt 15, and the engaging surface 31 of the movable locking body 32 is engaged and locked on the inner circumference of the fixed locking body 34. A conical locking surface 35 is formed, and a locking step portion 36 is formed on the upper surface of the opening of the fixed locking body 34 to which the large diameter flange 22 of the bolt 15 is locked. The lower end of the body 34 is locked by a ring 37 fitted into the annular groove 23.

Next, one side surface 34a of the fixed locking body 34
An adjustment plate 38 formed in a substantially fan shape is fixed by a plurality of screws 39, and a large number of locking holes 40 are bored at predetermined intervals in the upper edge of the adjustment plate 38.
Engagement protrusions 14 are formed outwardly and above both ends of the locking hole 40 . In addition, the fixed locking body 34
A bracket 42 is fixed to the other side surface portion 34b with a plurality of screws 43.

Further, screws 45 are screwed into screw holes 44 formed at the lower ends of the adjustment plate 38 and the bracket 42, and sliding portions 46 of the screws 45 on both sides are screwed.
Sliding holes 49 formed in the leg pieces 48 on both sides of the rotation support frame 47 are slidably inserted therein. This rotation support frame 47 is formed into a substantially gate-like shape by a horizontal mounting plate portion 50 and leg pieces 48 on both sides.
A stopper plate 51 is fixed to the lower surface of the stopper plate 51, and a stopper 52 protruding from one end of the stopper plate 51 is engaged with the engagement protrusion 41. Further, a guide cylinder 53 is provided horizontally protruding from the leg piece 48 on one side, and a locking recess 55 having an inclined guide edge 54 on one side edge is formed at the outer opening edge of the guide cylinder 53. There is.

Further, a lock pin 56 is inserted into the guide tube 53 so as to be freely advanced and retracted. This lock pin 56 is
A locking portion 56a is formed at the inner end to be removably inserted into one of the locking holes 40 of the adjustment plate 38, and an outer portion of the lock pin 56 is formed near the locking portion 56a. A locking edge 57 having a diameter larger than the lock pin 56 is formed, and a knob 58 is fixed to the outer end of the lock pin 56.
A locking recess 55 of the guide tube 53 is located near the inner side of the guide tube 53.
A stopper pin 59 that engages within the lock pin 56 projects in a direction perpendicular to the lock pin 56. A coil spring 60 is wound around the lock pin 56 when it is inserted into the guide tube 53, and one end of the coil spring 60 is locked to the locking edge 57. The other end of the guide tube 60 is locked to a locking step on the inner wall of the guide tube 53 near the opening edge. This lock pin 56 is attached to a coil spring 60.
The locking portion 56a at the inner end is selectively engaged with one of the locking holes 40 by the rotation of the rotating support frame 47. It is becoming more and more disengaged.

Further, a support substrate 61 is fixed onto the mounting plate portion 50 of the rotation support frame 47 with a plurality of screws 62. This support substrate 61 is formed in a rectangular shape, and a block-shaped locking body 63 is fixed to one side of the supporting board 61 so as to face each other, and a locking recess is formed in the opposing locking body 63 with an open top surface and a mutually facing surface. 64 is formed, and a guide groove 65 is formed in the middle of this locking recess 64 to connect the locking body 63.
A recess 66 is formed horizontally across the guide groove 65 and is formed to gradually widen. Further, a spacer/guide 67 is provided protrudingly on the support substrate 61, and a guide long groove 68 is formed, and an L-shaped operating lever 70 having an interlocking piece 69 projecting from below is supported in the guide long groove 68. It is rotatably supported via a horizontal shaft 72 by a mounting frame 71 fixed to the lower part of the board 61. Further, the locking body 63 is placed on the support substrate 61.
An L-shaped support frame 73 is integrally erected between the spacer and guide 67, and a guide edge 74 that is flush with the guide surface 67a of the spacer and guide 67 is formed at the upper end of the support frame 73. A stopper 75 is projected from one end of the support frame 73, and a recess 76 is formed near the stopper 75.

Next, a plate-shaped slider 77 is arranged on the support substrate 61 so as to be able to move forward and backward, and this slider 7
A notch recess 78 is formed at one end of the notch 7, and a guide groove 65 of the locking body 63 is formed at both ends of the notch recess 78.
A locking piece 79 that can be inserted into and removed from the inside protrudes, and a locking recess 80 is cut out halfway inside one of the locking pieces 79. Further, a guide elongated hole 81 into which a protrusion 67b which has a reduced diameter and protrudes on the guide surface 67a of the spacer/guide 67 is inserted so as to be movable forward and backward is bored on one side of the middle part of the slider 77, The interlocking piece 6 of the operating lever 70 is located on the other side of the section.
An insertion hole 82 through which the hole 9 is inserted is bored. A screw 83 having a large diameter head is screwed onto the protrusion 67b to prevent the slider 77 from coming off. Also, a bent piece 8 is attached to the other end of the slider 77.
4 is formed, and a coil spring 87 is stretched between a protrusion 85 protruding on both sides of the inside of this bent piece 84 and a protrusion 86 protruding on both sides of the support frame 73. Spring 8
7, the slider 77 is always connected to the locking body 63.
is backed by the side.

Further, an impeller 89 having a plurality of locking protrusions 88 projecting radially as a locking means is rotatably attached to one end of the support frame 73 via a spacer 90 and a screw 91. The impeller 89 is rotated counterclockwise by a spring 92 wound around the impeller 89 . The locking protrusion 88 of the impeller 89 consists of three pieces, one of which projects upwardly, 88a, engages and disengages within the locking recess 80 of the slider 77, and the other side portion The one 88b that protrudes above is for engaging and disengaging from the stopper 75, and the other one 88c that protrudes further downward functions for receiving pressure.

Further, a lock release means 93 for releasing the lock of the lock means is attached to the other side of the support frame 73. This lock release means 93 is
The base end of the actuating piece 94 is attached to the other end via a spacer 95 with a screw 96 so as to be able to move up and down, and the pushing piece 97 is attached to the tip of the actuating piece 94 with a bolt 98 and a nut 99. It is attached so that it can rotate freely. Further, a pushing part 100 is protruded from the lower end of the pushing piece 97 for pushing the locking protrusion 88c that projects downward from the impeller 89.
A coil spring 103 is stretched between the bent portion 101 at the upper end of the pushing piece 97 and the protrusion 102 of the actuating piece 94 to bias the pushing member 100 upward. Further, a stopper 104 for locking the pushing piece 97 is formed at the upper part of the tip side of the actuating piece 94, and a pressure receiving piece 105 is horizontally projected from the lower part of the stopper 104. is always urged upward by a spring 106 wound around the screw 96.

Furthermore, a rotation shaft 10 is attached to the other end of the support substrate 61.
7 is rotatably suspended horizontally, and connecting portions 1 are attached to both ends of the rotating shaft 107 on both sides of the stand 108.
09 is inserted through the stand 108 and connected to the stand 108 so that its position can be adjusted freely, and support rods 111 protrude from both sides of the stand 108 so as to face each other.

Next, there is a locking rod 112 whose both ends are removably locked in the locking recess 64 of the opposing locking body 63 on the support substrate 61.
A mounting plate 114 is placed on top via a pair of spacers 113.
is mounted horizontally, and a mounting recess 116 for mounting the rod is formed on the upper surface of a base plate 115 fixed to the upper surface of this mounting plate 114. Also, the above mounting plate 1
The horizontal shaft 1 is integrally formed at the lower end of the bolt 118 with a bearing part 117 wound around both side edges of the bolt 118.
19 is rotatably attached, and a wing nut 121 is hinged to the bolts 118 on both sides of the rod via an engagement plate 120 that engages with the upper part of the fishing rod a. This engagement plate 120 has a curved engagement recess 122 that engages with the fishing rod a in the middle part.
An insertion hole 123 through which one of the bolts 118 is inserted is formed on one side of the bolt 20, and a cutout recess 124 for engaging and disengaging the other bolt 118 is formed on the other side with an outward opening. ing.

Next, the operation of the above configuration will be explained. Depending on the shape and orientation of the edge B of the fishing boat A, one side portion 5a of the adjustment frame 5 is fitted into the first engagement body 2 or the second engagement body 4 of the clamp mechanism 1, and the two sides are aligned at predetermined positions. It is fixed by each tightening bolt 10. The first engaging body 2 or the second engaging body 4 of the clamp mechanism 1 and the tightening screw 6 of the adjustment frame 5 thereto
While inserting the edge B between the engaging portion 7 of the
Rotate the handle 8 to screw in the tightening screw 6 so that the engaging part 7 at the tip comes into contact with one side of the ship's edge B, and the engaging part 7 and the first or second engaging body 2,
4 and clamp the edge B of the ship. Thereby, the fishing rod support device can be easily attached to various types of boat edges B.

Next, the support substrate 61 having the stand 108
When determining the direction of
The nut 30 screwed into the nut 30 is rotated downward, and the movable locking body 32 at the upper part of the nut 30 is pushed by the restoring force of the stored coil spring 28 to move the lifting pin 26 downward. The engagement surface 31 on the outer periphery of the locking body 3
4 and the mutual frictional connection is released. As a result, the fixed locking body 34 becomes horizontally rotatable around the guide shaft portion 21 of the bolt 15.
8. The support board 61 attached via the bracket 42 and the rotation support frame 47 is horizontally rotatable about the guide shaft 21, and the support board 61 can be set in any direction. Then, when the lever 29 is rotated in the opposite direction to that in the above case, the nut 30 is rotated upward, and the movable locking body 32 on the upper part of the nut 30 is engaged with the elevating pin 26.
is pushed up against the coil spring 28 via the coil spring 28, and the engaging surface 31 on the outer periphery is fitted into the locking surface 35 of the fixed locking body 34 and frictionally coupled, so that the support substrate 61 is pushed up against the coil spring 28. The position is set in the selected orientation.

Further, since the rotating support frame 47 equipped with the support board 61 is rotatably supported around the adjusting plate 38 and the sliding part 46 of the screw 45 attached to the screw hole 44 of the bracket 42, the knob 58 can be rotated freely. When the stopper pin 59 rotates toward the inclined guide edge 54, the stopper pin 59 moves toward the inclined guide edge 5.
At the same time, the lock pin 56 is pulled outward against the coil spring 60, and the locking portion 5 of the lock pin 56 is pulled out.
6a is removed from the locking hole 40 and the stopper pin 59 is locked to the opening edge of the guide tube 53, so that the rotation support frame 47 can freely rotate in the vertical direction with respect to the adjustment plate 38. And screw 4 on both sides
Rotate the rotating support frame 47 around the sliding part 46 of No. 5,
When this becomes an arbitrary inclination angle, turn knob 5.
8 in the opposite direction to the above, and remove the stopper pin 5.
9 is removed from the opening edge of the guide tube 53, and the stopper pin 59 is fitted into the locking recess 55 from the continuous inclined guide edge 54, and the lock pin 56 is pushed inward by the restoring force of the coil spring 60. The distal end portion 56a is inserted into the locking hole 40 at a predetermined position of the adjustment plate 38. Therefore, the rotation support frame 47 is locked at a desired inclination angle by the lock pin 56, and this rotation support frame 47 is locked at a desired inclination angle by the lock pin 56. The support substrate 61 on the frame 47 is positioned at a selected vertical inclination angle in the selected orientation. In the above case, when the rotation support frame 47 rotates in the vertical direction, the adjustment plate 38
The stopper 52 of the stopper plate 51 of the rotating support frame 47 engages with the engagement projections 41 on both left and right ends of the rotating support frame 47, and further rotation of the rotating support frame 47 is prevented.

Next, when setting the fishing rod a on the support substrate 61, the stand 108 that is folded on the support substrate 61 is rotated and raised, while the fishing rod a is operated with the fingers of the other hand holding the fishing rod a. When the lever 70 is pulled up, the operating lever 70 rotates about the horizontal shaft 72, and its interlocking piece 69 interlocks the slider 77 against the coil springs 87 on both sides. And this slider 77 is the stand 10
8 side, the locking pieces 79 on both sides of one end of the slider 77 engage with the guide groove 6 of the locking body 63.
5 and the upper part of the locking recess 64 of the locking body 63, which had been closed by the locking piece 79, is opened. Further, when the locking piece 79 of this slider 77 is retreated to open the locking recess 64, the locking recess 80 formed inside one of the locking pieces 79 is biased by the spring 92. Among the locking protrusions 88 of the impeller 89, the locking protrusion 88a located above automatically engages with the locking protrusion 88a.
At step a, the retreat position of the slider 77 is locked.

In this state, while holding the fishing rod a, hold both ends of the locking rod 112 attached to the lower part of the fishing rod a to the locking body 6.
When inserted into the locking recess 64 of 3, this locking rod 1
The locking recess 6 where the substantially central portion 112a of the 12 faces
The pressure receiving piece 105 of the actuating piece 94 protruding between the four parts is pushed, and the actuating piece 94 is rotated downward around the screw 96. Then, the actuating portion 100 of the pushing piece 97 attached to the tip of the actuating piece 94 engages with the locking protrusion 88c located below among the locking protrusions 88 of the impeller 89, and pushes it downward. At the same time, the impeller 89 is rotated clockwise around the screw 91 against the spring 92, and the locking protrusion 88a located above the locking protrusion 88a is moved into the locking recess 80 of the locking piece 79. The locking of the slider 77 is released, and the operating portion 100 that has pushed the locking protrusion 88c downward is released by the rotation of the locking protrusion 88c, and the impeller 89 is moved by the return force of the spring 92. is rotated counterclockwise, and the locking protrusion 88c of this impeller 89 is positioned above the actuating portion 100. Further, when the slider 77 is unlocked as described above, the slider 77 is moved to the locking body 63 by the return force of the coil spring 87.
The locking pieces 79 on both sides engage the locking body 63.
The locking rod 112 is automatically inserted into the guide groove 65, and the locking pieces 79 on both sides close the locking recess 64 midway, and the locking rod 112 is inserted into the locking recess 64.
The upper part of the locking rod 112 is supported to prevent the locking rod 112 from coming off. Thereby, the fishing rod a is supported on the stand 108 and the locking rod 112.

Next, when removing the fishing rod a from the support substrate 61, while holding the fishing rod a, pull up the operating lever 70 again with the fingers of the hand holding the fishing rod a.
The interlocking pieces 69 move the slider 77 backward against the coil springs 87 on both sides, and the locking pieces 79 on both sides of the slider 77 are pulled out from the guide grooves 65 of the locking body 63. The upper part of the locking recess 64, which had been closed due to the locking mechanism, is opened, and the locking recess 80 of one of the locking pieces 79 is moved back.
The return force of the spring 92 causes the impeller 89 to
is rotated counterclockwise and the locking protrusion 88 above it is rotated counterclockwise.
a is automatically engaged, and the retracted position of the slider 77 is locked by this locking protrusion 88a. As a result, the upper part of the locking rod 112 is opened, so that the fishing rod a can be taken out from the locking body 63. Also, by taking out the fishing rod a, the actuating piece 94, which had been pushed downward by the weight of the fishing rod a, is rotated upward by the return force of the spring 106, and the actuating portion 100 of the actuating piece 94 is rotated upward. Locking protrusion 8 of impeller 89
8c is pushed up to assist the rotation of the impeller 89 in the counterclockwise direction, thereby assisting the engagement of the locking protrusion 88a into the locking recess 80. And the pushing piece 97 is the actuating piece 9.
4, it rotates counterclockwise against the coil spring 103 and climbs over the locking protrusion 88c, preparing for the next operation.

Next, when removing the fishing rod a set on the base plate 115 equipped with the locking rod 112, loosen the wing nuts 121 of the bolts 118 on both sides and loosen the wing nuts 121 of the bolts 118 inserted into the notched recesses 124. 121 is loosened slightly more than the other wing nut 121 and separated from one side of the engagement plate 120. Then, insert this one bolt 118 into the notched recess 1.
24, this bolt 118 comes out of the notch recess 124 and connects the base plate 115 and the engagement plate 120.
One side portion between the two is opened, and the fishing rod a can be removed from this. Also, one bolt 1
18 from the cutout recess 124, the other bolt 118 may be pushed outward along with the engagement plate 120 to open the top of the base plate 120, or the engagement plate 120 may be horizontally rotated. . Also, when setting the fishing rod a on the base plate 120, it can be done by placing the fishing rod a on the base plate 120 and tightening the wing nut 121 in the same manner as described above.

Next, when not in use, the clamp mechanism 1 is moved to the first position.
By folding and overlapping the second engaging body 4 with respect to the first engaging body 2 via the hinge 3 from the state shown by the solid line in the diagram as shown by the chain line, and by folding the stand 108 onto the support substrate 61. The overall size can be reduced.

〔Effect of the invention〕

According to the present invention, by inserting the locking rod attached to the fishing rod into the locking recess of the locking body, the lock release means is actuated by the locking rod, and the slider is locked in the retracted position. The lock is automatically released, the slider moves forward instantly, and the locking piece closes the opening surface of the locking recess of the locking body, and this locking piece locks the fishing rod inserted into the locking recess. The rod can be reliably prevented from coming out, and by retracting the slider, the locking piece of the slider opens the opening surface of the locking recess of the locking body, and the slider is in the retracted position by the locking means. The fishing rod is automatically and reliably locked, and therefore the fishing rod can be easily attached to and detached from the support substrate with a single touch. In addition, the support board on which the fishing rod is attached is attached so that its position can be adjusted horizontally and vertically relative to the clamp mechanism, making it easy to move the fishing rod in any direction via the support board while the clamp mechanism is fixed to the edge of the boat. In addition to being able to set the target, it is also possible to easily modify it in response to changes in the situation after the device is introduced. Therefore, the operability of the fishing rod can be greatly improved, the fishing rod can smoothly respond to changes in fishing conditions such as changes in tidal currents, and winding and rewinding operations of the fishing line are also easy. can be done.

[Brief explanation of the drawing]

FIG. 1 is a front view of the fishing rod support device, FIG. 2 is a side view of the same, FIG. 3 is a plan view of the same, FIG. 4 is a sectional view of the same, FIG. The figures are a sectional view taken along the arrows b to b in FIG. 4, FIG. 7 is a sectional view taken along the arrows c to c in FIG.
The figure is an exploded perspective view of the locking and unlocking mechanism, Figure 10 is a perspective view of the fishing rod support, Figure 11 is an exploded perspective view of the same as above, Figures 12 to 17 are explanatory views of the operation, and Figure 18 is the clamp mechanism. It is a side view of another usage example of. 1... Clamp mechanism, 61... Support board, 63
... Locking body, 64 ... Locking recess, 65 ... Guide groove, 77 ... Slider, 79 ... Locking piece, 89
... Lock means, 93 ... Lock release means, 11
2...Latching rod, a...Fishing rod.

Claims (1)

[Claims] 1. A clamp mechanism that is removably attached to the edge of a boat, etc., a support board that is attached to the clamp mechanism so that its position can be adjusted horizontally and vertically, and a hook that is installed on one side of this support board and that is attached to a fishing rod. A locking body is formed with a locking recess for locking the locking rod, and a locking body is provided on the support substrate so as to be movable forward and backward, and a locking body is provided on both sides of the locking body to close the opening surface of the locking recess of the locking body. a slider that has a locking piece that prevents the locking rod from coming out and is always energized toward the locking body;
A fishing rod support device comprising: a lock means for locking the slider in a retracted position; and a lock release means for releasing the lock by means of a locking rod inserted into the locking recess.