JPH0622422B2 - Fishing rod support device - Google Patents

Description

Description: TECHNICAL FIELD The present invention relates to a fishing rod support device, and more particularly to a device for detachably supporting a fishing rod, that is, a rod, on a support portion such as a boat rim.

(Prior Art) Conventionally, as a fishing rod support device of this type, for example, as described in Japanese Patent Laid-Open No. 59-220143,
A support substrate is attached to the upper part of the clamp mechanism, and a locking body having fitting recesses with the upper surface and the inner end portion facing each other protruding is provided on the left and right sides of one side of the support substrate. Guide grooves that cross the fitting recesses are formed respectively, and sliders having locking pieces on both sides which are removably inserted into the left and right guide grooves are provided on the upper part of the support substrate so as to be capable of advancing and retracting in the horizontal direction. , A spring for urging the slider toward the left and right locking bodies so that the locking pieces on both sides are inserted into the left and right guide grooves is provided, and the slider is mounted on the support substrate against the spring. A lock means for locking the retracted slider and a lock release means for unlocking the retracted slider are provided on the support substrate so as to pivotally support the operation lever for retreating, and are provided in the fitting recesses of the left and right locking bodies. Fit from above Structure providing a latching rod which operates the life-and-death said unlocking means Saoshiri engaging member is known.

(Problems to be Solved by the Invention) In the structure described in the publication, when setting the fishing rod on the supporting substrate and when removing the fishing rod from the supporting substrate, always operate with the finger of one hand holding the fishing rod. Since it is necessary to pull up the lever against the spring and move the slider backward, it is troublesome to set the fishing rod on the support substrate and to remove the fishing rod, especially when the fishing rod is set on the support substrate. It is difficult to quickly respond to changes in circumstances such as the need to instantly unlock the fishing rod to instantly pull up the fishing rod in response to a hit after the tackle is thrown, which is not preferable and locks the fishing rod. The lock means and the lock release means for releasing this lock have a problem that they have a large number of parts and have a complicated structure, which is not preferable in reducing the manufacturing cost.

Therefore, the present invention has been made in view of such a problem, and the rod can be locked with one touch on the locking body according to the operation of mounting and supporting the rod, and the rod can be reliably supported. In addition, the rod can be unlocked automatically with this rod pulling operation, and the rod can be easily removed from the locking body with one touch, especially when the rod is set It is possible to quickly respond to a change in the situation such as the necessity of instantly pulling up the rod in accordance with a hit later, and thus, the operability of the rod mounting operation and the rod pulling up operation can be greatly improved. Further, another object of the present invention is to provide a fishing rod support device having a lock means for locking the rod and a lock release means for unlocking the lock, which has a small number of parts and a simple structure and can reduce the manufacturing cost.

(Means for Solving the Problem) A fishing rod support device of the present invention includes a rod holder having a clamp attached to a boat edge, and a rod butt attached to the rod butt of the rod and detachably supported by the rod holder. An engaging body, the rod holder has a support arm that is locked to the clamp, and a mounting recess for mounting the rod is formed at a front end portion of the support arm. A locking body is fixed to an end, and the locking body has a base fixed to the support arm, and a guide opening is formed at a rear end of the base, and a front side is formed on both upper sides of the guide opening. Side and the opposite inner end side are opened to form locking recesses, and a lock bar which can be retracted and retracted with respect to the guide opening is pivotally supported in the base so as to be rotatable in the vertical direction. A locking step is formed between the locking recesses, A spring is provided which constantly urges the lock bar upward so that the locking step portion projects toward the guide port, and the rod end engaging body has an abutting plate for abutting the rod end of the rod. On the lower part of the contact plate, a connecting body having engaging portions at both ends, which engage with the engaging recesses on both sides of the engaging body so as to be insertable and removable from the front, is integrally projected. A pusher for pushing the lock bar downward is provided in a protruding manner.

(Operation) In the fishing rod support device of the present invention, the connecting body provided on the rod end engaging body attached to the rod end of the rod is directed toward the engaging recesses on both upper sides along the base of the engaging body of the rod holder. When moved, the lock bar is pushed below the guide opening against the spring by the connecting body, and the engaging portions at both ends of the connecting body move forward into the locking recesses on both upper sides of the base. Inserted from. In addition, the engaging portions at both ends of the connecting body are inserted into the locking recesses at the upper portions of both sides, and the lock bar is returned and rotated upward by the return force of the spring, and the engagement of the upper surface of the lock bar is performed. The stop portion is engaged with the front side portion of the connection body, and the engagement step portion locks the connection body inserted and supported in the engagement recess from coming out forward.

Therefore, the rod end engaging member is automatically locked on the engaging member with one touch, and the rod supported by the rod end engaging member is supported by two points of the engaging member and the mounting recess of the support arm. Is securely supported on the shore of the ship via a clamp.

Next, when removing the rod from the berth, etc., pull the rod upward with the engaging parts at both ends of the rod end engaging bodies inserted and supported in the engaging recesses on both upper sides of the engaging body as fulcrums. When rotated, the pusher protruding from the rod-end engaging body is pivoted downward, and the lock bar pivotally supported by the pusher moves downwards against the spring. The locking step portion of the lock bar is disengaged downward from the front side portion of the connecting body of the rod end engaging body, and the lock of the connecting body is released.

Therefore, the lock of the rod end engaging member supporting the rod is easily released with one touch in association with the pulling up operation of the rod, and the rod can be easily removed from the engaging member.

As described above, the rod can be easily attached / detached with one touch in association with the rod operation with one hand holding the rod.

(Embodiment) An embodiment of the present invention will be described below with reference to the accompanying drawings.

In the figure, 1 is a rod holder, and this rod holder 1 is composed of a clamp 2, a connecting mechanism 3, a support arm 4 and a locking body 5.

The clamp 2 is composed of a U-shaped support metal fitting 6 and a bolt 9 having a locking tool 7 at the front end and a knob 8 at the rear end, and one of the engaging portions 10 of the support metal fitting 6 facing each other. The bolt 9 is screwed so as to move back and forth. Further, the connecting mechanism 3 is selectively and detachably connected to an intermediate portion of the base 11 of the support fitting 6 and the other intermediate portion of the facing engaging portion 10.

The connecting mechanism 3 has a lower chrysanthemum seat 14 having a rotation stopping pin 13 inserted into a pair of insertion holes 12 formed in the intermediate portion of the base portion 11 and the intermediate portion of the other engaging portion 10. An upper chrysanthemum seat 16 rotatably engaged with the lower chrysanthemum seat 14 via respective concave and convex portions 15 and an intermediate part of the base part 11 and an intermediate part of the other engaging part 10 penetrating the upper chrysanthemum seat 16 Screw hole 17
It is configured to have a screw rod 18 screwed rotatably therein.
Moreover, a knob 19 is attached to the screw rod 18.

Next, the middle portion of the support arm 4 is connected to the mounting member 20 integrally formed on the outer portion of the upper chrysanthemum seat 16. The support arm 4 has a straight rod-shaped arm portion 21 that extends parallel to the front-rear direction at a predetermined interval with a rod interposed therebetween. A support recess 22 for supporting the rod is formed in a U shape by bending the support rods 22 which are inclined to each other and the horizontal support rods 23 which are opposed to each other, to the lower part between the support rods 23. There is. Further, the locking body 5 is fixed to the rear end portion of the opposing arm portion 21.

The locking body 5 has a base 25 having a substantially rectangular shape.
Guide slopes that widen upwards at the upper inner edges facing each other
26 is formed, and a vertical guide surface 27 is formed continuously at the rear end of the opposing guide slope 26.
A locking recess 29 having an insertion opening 28 open to the front side is formed in a substantially U-shaped cross section continuously with the rear end of the base 27 and the rear end of the base 25. A guide port 30 is cut out from the space to the center of the rear end of the base 25.

In addition, a boss 31 into which the rear ends of the opposing arm portions 21 of the support arm 4 are inserted and fixed is formed integrally on the lower surface of the front end of the base 25, and the rear ends of the bosses 31 on both sides of the boss 31 are integrally formed. The bearing pieces 32 are integrally projected toward the rear with a predetermined gap therebetween, and the front end of the lock bar 34 is vertically rotatable via a support shaft 33 between the opposed bearing pieces 32. Is supported by.

The lock bar 34 is formed to extend in the front-rear direction with a width that allows the lock bar 34 to be inserted into and retracted from the guide opening 30, and a bearing piece 35 rotatably supported by the support shaft 33 is provided at a front end portion thereof. A locking step portion 36 having a locking surface that opens and closes between the insertion openings 28 between the opposed locking recesses 29 is formed on the upper surface part of the rear side of the intermediate part, which is integrally projected. This locking step
A passive portion 37 is provided so as to project from a rear portion of the passive portion 36, and an operation portion 38 for manual operation is extendedly formed behind the passive portion 37. A spring 39 is wound around the support shaft 33 between the bearing pieces 35, one end of the spring 39 is locked to the lower surface of the base 25, and the other end of the spring 39 is It is locked to the lower surface of the lock bar 34.

The lock bar 34 is supported by the spring 39.
It is always urged to rotate upward about 33, its locking step portion 36 is located between the locking recesses 29 facing each other, and is projected between the insertion ports 28, and this locking step portion 36 Are projected to a level position that closes the space between the insertion ports 28 of the locking recesses 29 that face each other.

Further, 40 is a rod end engaging member, and this rod end engaging member 40 has a substantially arc-shaped abutting plate 41 that abuts the lower part of the rod end of the rod, which will be described later, and is supported on the lower surface of this abutting plate 41. The leg plates 42 are vertically connected, and a round bar-shaped connecting body 43 is horizontally fixed integrally to the lower end portion of the supporting leg plate 42, and both ends of the connecting body 43 are provided in the corresponding engaging recesses 29. An engaging portion 44, which is rotatably inserted and locked from the front, is provided in a protruding manner. The passive portion extends from the intermediate rear portion of the supporting leg plate 42 to the intermediate rear portion of the connecting body 43.
A plate-shaped pusher 45 formed in a triangular shape for pushing 37 is integrally provided so as to project rearward.

Further, insertion grooves 46 are formed in parallel on both side edge portions of the contact plate 41, a base end portion of a band 47 is inserted and fixed to one insertion groove 46, and a tip end portion of the band 47 is the other end. This band can be inserted and removed freely in the insertion groove 46 of
A hook-and-loop fastener 48 capable of engaging with each other is formed in the tip portion of 47 and in the middle of the folded side of the tip portion.

Furthermore, 49 is a rod (fishing rod), and the rod end 50 of this rod 49.
The rod end engaging body 40 is attached by a band 47, and 51 is a reel fixed to the front part of the rod end 50 of the rod 49.

Next, the operation of the above embodiment will be described.

When the boat edge A is fitted and inserted between the locking tool 7 of the clamp 2 and the other engaging portion 10, and the bolt 9 is rotated and screwed by the knob 8, the locking tool 7 and the other of Engagement part 10
Is crimped and locked, and the clamp 2 is fixed to the boat edge A. Further, the upper chrysanthemum seat 16 is rotated with respect to the lower chrysanthemum seat 14 to set the direction of the support arm 4, and the knob 19 is used to rotate the screw rod.
When the screw 18 is screwed in, the support arm 4 is clamped and fixed on the clamp 2 via the connecting mechanism 3 at the selected directional position.

Further, the rod end 50 of the rod 49 is mounted on the contact plate 41 of the rod end engaging body 40.
On the other hand, the band 47 fixed to the abutting plate 41 is passed through the upper surface of the rod end 50 of the rod 49, and the tip end is inserted into the other insertion groove.
The rod 49 is inserted into the rod 46 from above and pulled out strongly, the tip of the band 47 is folded back upward, and the folded side and the hook-and-loop fastener 48 in the middle are meshed and engaged with each other, so that the rod 49 The rod butt engaging body 40 is coupled and locked to the lower portion of the butt 50.

Next, the grip portion at a predetermined position of the rod 49 is gripped, the engaging portions 44 at both ends of the connecting body 43 of the rod end engaging body 40, and the locking body 5 on the base 25 via the left and right guide slopes 26. While inserting into
When retracted along the base 25, the connecting body 43 at the lower end of the rod end engaging body 40 resists the coil spring 39 and lock bar 34.
Is pushed backward and is retracted, and the lock bar 34 is rotated downward around the support shaft 33. The engaging portions 44 at both ends of the connecting body 43 are moved from the left and right guide slopes 26 to the left and right guide surfaces 27 and aligned in the left and right direction, and the locking step portion of the lock bar 34 is provided.
36 is pushed down below the level between the insertion openings 28 of the left and right locking recesses 29.

Further, when the rod tail engaging body 40 is continuously retracted by the rod 49, the engaging portions 44 on both sides of the connecting body 43 are inserted into the left and right engaging recessed portions 29 from the left and right insertion openings 28 and the coil spring 39. The lock bar 34 is returned to the center of the support shaft 33 by the restoring force of the return force of the support bar 33, and the lock bar 34 is rotated upward.
25 is locked to the opening edge 30a and the locking step 36
Are projected above the level of the left and right insertion openings 28, and this locking step
36 is engaged and locked to the front side part of the connecting body 43 inserted into the left and right locking recesses 29.

Therefore, the left and right locking recesses 29 of the locking body 5 and the lock bar
With 34, the connecting body 43 of the tail end engaging body 40 is automatically locked with one touch, and the tail end engaging body 40 having the rod 49 is supported on the locking body 5. Then, when the rod 49 is rotated clockwise in the clockwise direction around the connecting body 43 via the left and right engaging recesses 29 of the engaging body 5 and the left and right engaging portions 44 of the rod end engaging body 40, the rod 49 Support arm 4 in front of 50
It is mounted in the mounting recess 24 at the front end of the.

As a result, the rod 49 is supported at the front and rear two points between the support rods 22, 23 that are parallel to the left and right and the left and right portions 24a of the mounting recess 24, is supported without falling to the left and right, and is locked to the locking body 5. It is supported without pulling out in the front-back direction through the rod tail engaging body 40.

Next, pull up the rod 49
When the rod tail is pulled up, the connecting body 43 is passed through the left and right engaging portions 44 of the rod tail engaging body 40 and the left and right locking recesses 29 of the locking body 5.
Is rotated upward in the counterclockwise direction, and the protruding portion of the rod end engaging body 40 that protrudes rearward of the pushing body 45 is brought into contact with the passive portion 37 of the lock bar 34. And
The protruding portion of the pusher 45 pushes the passive portion 37 of the lock bar 34 downward, and the lock bar 34 is pivotally supported.
It is rotated counterclockwise downward around the coil spring 39 around the coil 33, and the locking stepped portion 36 of the lock bar 34 is disengaged downward from the front side portion of the coupling body 43, so that the left and right locking recesses are formed. Insertion port of 29 is pushed down below the level of 28
28 is opened.

Then, when the rod 49 is moved forward in this state, the left and right engaging portions 44 of the connecting body 43 are disengaged from the inside of the left and right engaging recesses 29, and the rod end engaging body 40 is separated from the engaging body 5. Is a rod
The 49 can be pulled up from the support arm 4. Therefore, the lock of the rod end engaging body 40 locked by the locking body 5 in association with the pulling up operation of the rod 49 is automatically released.

As described above, the rod 49 having the rod end engaging body 40 is automatically attached to the locking body 5 through the rod end engaging body 40 with one touch in association with the operation of mounting the rod 49 in the mounting recess 24 of the support arm 4. The rod 49 is automatically locked by a one-touch operation via the rod-butt engaging member 40 in association with the pulling-up operation of the rod 49.

When unlocking the rod 49, lock bar 34
The operating portion 38 of may be pushed downward by the extended finger holding one hand of the rod 49 to release the lock, or may be pushed downward by the other hand to release the lock. Good.

〔The invention's effect〕

According to the present invention, the locking body having the lock bar is fixed to the rod holder having the mounting / recessing recess, and the engaging portion to be attached to and detached from the locking body and the lock bar are pushed to the rod butt of the rod. Since the rod tail engaging body having the pushing body is attached, the rod can be locked on the locking body with one touch in accordance with the mounting and supporting operation of the rod, and the rod can be reliably supported, In addition, the rod lock can be automatically released with this rod pulling operation, and the rod can be easily removed from the locking body with one touch. It is possible to quickly respond to changes in the situation such as the necessity of instantly pulling up the rod, and therefore, the operability of the rod mounting operation and the rod pulling up operation can be greatly improved. Further, the locking body is provided with a locking recess for inserting the engaging portion of the connecting body and the lock bar for locking the connecting body of the engaging portion inserted in the locking recess, while locking the lock bar on the connecting body. Since the pusher body for releasing is provided in a protruding manner, the lock means for locking the rod and the lock releasing means for releasing this lock have a small number of parts and have a simple structure and can reduce manufacturing cost.

[Brief description of drawings]

FIG. 1 shows an embodiment of the present invention. FIG. 1 is a side view of a fishing rod support device, FIG. 2 is an exploded perspective view of the same as above, in which a part of the lock mechanism is omitted, and FIG. The front view which abbreviate | omitted a part is shown, FIG. 4 is sectional drawing of a-a line part same as the above,
FIG. 5 and FIG. 6 are explanatory diagrams of the unlocking operation. 1 ... Rod holder, 2 ... Clamp, 4 ... Support arm, 5 ... Locking body, 24 ... Mounting recess, 25 ... Base, 29
...... Locking recess, 30 …… Guide port, 34 …… Lock bar, 36…
… Locking step, 39 …… Spring, 40 …… Rod end engaging body, 42
...... Abutment plate, 43 ...... Coupling, 44 …… Engagement part, 45 …… Pushing part, 49 …… Rod, 50 …… Pole end.

Claims (1)

[Claims] 1. A rod holder having a clamp that is attached to a boat rim, and a rod end engaging member that is attached to the rod end of a rod and is detachably supported by the rod holder. A support arm that is locked to the clamp, a support recess for supporting the rod is formed at a front end of the support arm, and an engaging body is fixed to a rear end of the support arm. The body has a base fixed to the support arm, a guide opening is formed at a rear end of the base, and locking recesses are formed at upper portions on both sides of the guide opening at a front side and a facing inner end side. And a rock bar that can be retracted from the guide opening is pivotally supported in the base in a vertically rotatable manner.
A lock step is formed on the upper surface of the lock bar between the lock recesses, and a spring is provided which constantly biases the lock bar upward so that the lock step projects into the guide opening. The rod tail engaging body has an abutting plate for abutting the rod tail of the rod, and a lower part of the abutting plate is so inserted into and disengaged from the front with respect to the engaging recesses on both sides of the engaging body. A fishing rod support device characterized in that a connecting body having engaging portions to be engaged at both ends is integrally provided with a projection, and a pushing body for pushing the lock bar downward is provided on the connecting body.