JP3023477B2 - Rod receiving device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a rod receiving device for supporting a fishing rod, for example, by attaching it to a boatslide.

[0002]

2. Description of the Related Art Generally, a rod receiving device has the following configuration.

[0003] A front rod receiver having a U-shaped support part for supporting a rod at an upper end thereof at a position in front of the rod receiver main body which is placed and abutted on the upper surface of a mounting part such as a boat rim (to the sea side with respect to the boat). A support portion is provided, and a rear pole support portion is provided at a position rearward (inside of the boat) of the main body of the rod support so as to rotatably fit a fixed portion of the rod attached to the bottom of the rod. An L-shaped arm rod-shaped hanging part is vertically provided on the main body part in a juxtaposed state, and a tightening bolt rod is screwed and disposed on the horizontal protruding part of the hanging part so as to be vertically screwable. .

Therefore, for example, when a boat is used for fishing, the rod receiving main body is placed and abutted on the upper surface of the boat edge, and the tightening bolt rod, which is arranged on the back side of the boat edge, is tightened and turned to screw up. Then, the pressing portion at the upper end of the tightening bolt rod is pressed against the back surface of the boat rim to mount and fix the apparatus to the boat rim.

[0005] A rod fixing portion attached to the rod end of a fishing rod is inserted into and fitted to the rear-side rod support portion so as to be rotatable up and down, and a slightly forward portion of the rod is fitted and supported on the front-side rod support portion. It is for boat fishing.

[0006] However, there are various thicknesses of the mounting portion such as a boat rim, and if the hanging portion is designed to be long assuming that there is a thick mounting portion, when the mounting portion is mounted and fixed to a not so thick mounting portion, The tightening bolt rod must be rotated considerably to be screwed up, which makes the tightening and fixing operation difficult.

[0007] Recently, since the thickness of the mounting portion of the boat rim varies from a considerably large one to a thin one depending on the size and the type of the boat, the above-mentioned tightening rotation operation amount is required to be large and the tightening operation is very troublesome. there were.

Therefore, in order to solve such a problem,
Simply pushing the tightening bolt rod upwards will raise it all at once to the position where it contacts the back of the mounting part, and then tighten and rotate this tightening bolt rod to securely attach the mounting part. There are products on the market that can be clamped and fixed.

More specifically, as shown in FIG. 4, the insertion hole of the horizontal projection 31 of the L-shaped arm rod-shaped hanging part 30 is shown in FIG.
A movable tube 33 is disposed on the movable tube 33 so as to be vertically movable, and a large number of locking teeth 34 are formed on the left and right in the vertical direction on the outer peripheral surface of the movable tube 33, respectively. Locking claw portions 35 for locking to the locking tooth portions 34 are provided, and operating portions 36 are provided for the locking claw portions 35, respectively. The lock state with the part 35 is released.

In a locked state in which the locking teeth 34 and the locking claws 35 are locked, the moving tube 33 is movable upward but not downward. In a state where the locked state is released by the pushing operation of the operation unit 36, the moving tube 33 is configured to be able to move downward.

Further, a fastening bolt rod 37 is screwed up and down in the moving tube 33 so as to be vertically movable.

Therefore, with such a configuration, even when the fixing bolt 5 is mounted and fixed to the not-so-thick mounting portion 5, the tightening bolt rod 37 is not tightened and rotated by a large amount, but is tightened. By simply pushing the bolt rod 37 and the moving pipe 33 upward, the locking claw 35 passes over the locking tooth part 34 one after another, and the pressing part 37A at the upper end of the bolt rod 37 becomes the back of the mounting part 5 at once. The pressing portion 37A of the tightening bolt rod 37 presses against the back surface of the mounting portion 5 by simply turning the tightening bolt rod 37 slightly, and then rotating the device. become.

That is, the moving pipe 33 is fastened by hand to the tightening bolt rod.
37, it can be tightened and fixed with a small amount of turning and tightening. When re-attaching to the thick mounting part 5, the operating part 36 is pushed to move the moving pipe 33 to the tightening bolt rod. With 37, you can move down all at once.

[0014]

The above-mentioned known example can cope with the mounting portions having different thicknesses as described above, and requires a small amount of tightening / rotating operation even when mounting the mounting portion 5 which is not so thick. However, there are the following problems.

In the case of mounting on the mounting portion 5 which is not so thick, the moving pipe 33 protrudes upward longer than the horizontal protruding portion 31 of the L-shaped arm-shaped hanging portion 3 which is located considerably below the mounting portion 5 in the known example, Since the tightening bolt rod 37 is protruded from the moving tube 33 and pressed against the back surface of the mounting portion 5,
Horizontal projection where the moving pipe 33 and the tightening bolt rod 37 are fixed parts
Since it is configured to protrude upwards considerably from 31, there is a disadvantage that the bearing strength is not sufficient. In other words, there is a problem that the mounting strength is inferior because the tightening bolt rod 37 (moving pipe 33) protrudes long from the fixing portion to tighten and fix.

On the other hand, in order to solve this problem,
If the length of the hanging portion 30 is shortened and the position of the horizontal protruding portion 31 serving as a fixed portion is designed to be high, it is impossible to cope with a thick mounting portion.

Further, this known example includes a moving tube 33 having a locking tooth portion 34 formed therein, and a tightening bolt rod is provided in the moving tube 33.
Because of the structure in which the screw 37 is screwed, the number of parts is increased and the manufacture of the moving tube 33 is very difficult, which is not suitable for mass production, and the cost is very high.

The present invention solves the problems of the above-mentioned prior art while having the advantages of the above-mentioned prior art. As described above, the tightening bolt rod is pushed up with one touch, and then the tightening is turned and the tightening is reduced. It can be mounted and fixed with the amount of rotation operation, the mounting strength is dramatically improved, the production is dramatically easier, the cost is lower than the known examples, and the image is extremely practical, such as excellent mass productivity. It is intended to provide a new rod receiving device.

[0019]

The gist of the present invention will be described with reference to the accompanying drawings.

A hanging part 3 is hung on a rod receiving main body part 2 provided with a rod supporting part 1, and a tightening bolt rod 4 is vertically screwed through the hanging part 3 so as to be movable in a vertical direction. The rod receiving main body 2 is disposed on a mounting portion 5 such as a rim, and the tightening bolt rod 4 is tightened and rotated to press the upper portion of the tightening bolt rod 4 against the rear surface of the mounting portion 5 to thereby form the rod. In the rod receiving device configured to fasten and fix the rod receiving main body portion 2 to the mounting portion 5, the hanging portion 3
A movable body 8 having a locking claw 7 that is not movable at least downward by being locked to the locking tooth 6 is provided in the hanging portion 3 in the up-down direction. And an operation unit 9 for disengaging the locking state between the locking teeth 6 and the locking claws 7.
The moving body 8 is movable along the hanging portion 3 in a state in which the locking portion between the locking tooth portion 6 and the locking claw portion 7 is released by the operating portion 9 provided on the moving body 8. The moving body 8 is provided with a threaded portion 10 and the threaded portion 10
The fastening bolt rod 4 is screwed in the vertical direction so as to be freely screwable , and a large number of locking teeth 6 are formed in the vertical direction of the edge of the hanging portion 3.
A locking mechanism in which the locking teeth 6 and the locking claws 7 are locked.
In the stop state, the moving body 8 moves with respect to the hanging portion 3.
Can move upward but not downward
The locked state is operated by operating the operation section 9.
When released, the upper part of the tightening bolt rod 4 is
5 Even in the tightened and fixed state pressed against the back side,
The present invention relates to a rod receiving device which is configured to be movable .

[0021]

BEST MODE FOR CARRYING OUT THE INVENTION Preferred embodiments of the present invention (how to implement the invention) will be briefly described with reference to the drawings, showing the operational effects thereof.

After moving the movable body 8 upward and moving it, the tightening bolt rod 4 is tightened and rotated to press the pressing portion 4A at the upper end of the tightening bolt rod 4 against the back surface of the mounting portion 5. Then, the device is fastened and fixed to the mounting portion 5.

More specifically, based on an embodiment described later, even if the locking teeth 6 provided on the hanging portion 3 and the locking claws 7 provided on the moving body 8 remain locked. Alternatively, if the operating unit 9 is operated to release the locked state, the moving body 8 can move upward with respect to the hanging part 3. Therefore, when the moving body 8 and the tightening bolt rod 4 are pushed upward, Moving object 8
Rises with the tightening bolt rod 4.

Therefore, the pressing portion 4A of the tightening bolt rod 4
Can be temporarily fixed by pushing until it comes into contact with the back surface of the mounting portion 5, and the pressing portion 4 </ b> A of the tightening bolt rod 4 can be attached only by turning the tightening bolt rod 4 by a small amount of turning operation. 5, the device can be easily and speedily mounted and fixed.

In addition, the moving body 8 can be moved downward by simply operating the operating portion 9 to release the locked state between the locking tooth portion 6 and the locking claw portion 7, and the fastening can be easily released. Thick mounting part 5
Will be able to respond.

Further, according to the present invention, since the moving body 8 itself, which is the screw fixing portion of the tightening bolt rod 4, moves up and down,
Since the distance between the pressing portion 4A of the tightening bolt rod 4 serving as a tightening portion and the moving body 8 can be tightened and fixed in a short distance, the mounting strength is dramatically improved as compared with the known example shown as the prior art. improves. In addition, since the length of the protrusion of the tightening bolt rod 4 from the moving body 8 can be extremely short, a load (unstable load) on the screwed portion is hardly applied. The mounting strength is improved in the sense of providing a stable mounting structure, the screwing operation at the time of tightening is smooth, and the tightening work is also good.

Further, since the locking tooth portion 6 is provided in the hanging portion 3, the manufacture is easy, and the length of the locking tooth portion 6 can be easily changed in design.

For example, when the hanging part 3 is formed by the lost wax method, the locking teeth 6 can be integrally formed in the same manner, so that the manufacturing is extremely easy, the cost can be reduced as compared with the known example, and mass production can be achieved. Performance is improved.

Further, even in the case where it is desired to increase the moving amount of the moving body 8 in consideration of the thickness of the mounting portion, the hanging portion 3 is simply designed to be long and the forming length of the locking tooth portion 6 is increased at the time of molding. It is excellent in practicality, such as easy design change.

[0030]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Specific embodiments of the present invention will be described with reference to the drawings.

A large number of locking teeth 6 are provided in the vertical direction on the inner edge of the hanging part 3 which is detachably hung on the rod receiving body 2 provided with the rod supporting part 1 for receiving the rod 11. A movable body 8 having a locking claw 7 that can move upward but cannot move downward by being locked to the locking tooth portion 6 is provided on each of the left and right hanging portions 3. Pawl part 6 and locking claw part 7
An operating portion 9 for engaging and disengaging the locked state of the movable member is provided. When the locked state of the locking tooth portion 6 and the locking claw portion 7 is released on both the left and right sides by the operating portion 9, 8 is configured to be movable along the left and right hanging parts 3,
Each moving body 8 is provided with a threaded portion 10, and the tightening bolt rod 4 is threadably mounted on the threaded portion 10 so as to be vertically screwable.

More specifically, when the hanging arm rod-shaped hanging part 3 is formed by a lost wax method or the like, a large number of locking teeth 6 are integrally formed in the vertical direction of the inner edge of the hanging part 3. .

A fitting hole 8A provided at the base end of the moving body 8 is fitted into the hanging part 3, and the moving body 8 is configured to be vertically movable along the hanging part 3. A screw hole 8B is provided at the tip end, and the tightening bolt rod 4 is screwed into the screw hole 8B so as to be vertically movable.

At the upper end of the tightening bolt rod 4, a mounting portion 5 is provided.
A pressing portion 4A for tightening and pressing is provided on the back surface of the device, and a ring-shaped operation handle portion 4B for rotating operation is provided at a lower end portion.

In the present embodiment, the movable body 8 is provided with a locking claw 7 for locking to the locking teeth 6 by a spring biasing force, and the locking claw 7 is engaged against the spring biasing force. A push-type operating unit 9 for releasing the locked state by moving the moving unit 8 away from the pawl 6
Is provided. More specifically, the movable member 7A is provided movably with the distal end protruding from the movable body 8, and the movable member 7A is provided.
The lower end of A is a locking claw 7 for locking to the locking tooth 6. Also, a spring mounting shaft is provided near the movable member 7A.
A spring which presses the movable mounting member 7A against the spring mounting shaft 12 to urge the locking claw portion 7 to lock the locking tooth portion 6;
13 is provided, and the protruding tip of the movable member 7A is used as a push-operation type operation unit 9.

Therefore, in this embodiment, the locking teeth 6 and the locking claws 7 are locked by the spring biasing force in a normal state, and in this locked state, the movable body 8 is locked.
The locking claw portion 7 can move over the locking tooth portion 6 one after another with respect to the hanging portion 3, but can be locked and locked below and cannot move. When the locking claw portion 7 (movable member 7A) is released by the pushing operation of the operation portion 9 and the locked state is released, the locking claw portion 7 can be moved downward.

Accordingly, in this embodiment, when the movable body 8 and the tightening bolt rod 4 screwed to the movable body 8 are pushed upward, the movable claw 7 is engaged with the movable body 8 along the hanging part 3. By moving over the tooth portions 6 one after another, the pressing portion 4A of the tightening bolt rod 4 can be abutted against the back surface of the mounting portion 5 at a stroke, and then the tightening bolt rod 4 is slightly tightened and rotated. As a result, the pressing portion 4A can be pressed against the back surface of the mounting portion 5 and can be easily mounted and fixed.

When removing, the tightening bolt rod 4 may be loosened and rotated in the reverse direction. However, the operating portion 9 is pushed and released to release the locked state, and the moving body 8 is tightened. Bolt rod 4
It can be lowered at once and the tightening can be released.

As described above, in this embodiment, if the pressing portion 4A of the tightening bolt rod 4 is pushed until the pressing portion 4A comes into contact with the back surface of the mounting portion 5, it can be temporarily fixed, and the tightening bolt can be further reduced by a slight rotation operation amount. Just rotate the rod 4 to tighten the bolt 4
The pressing portion 4A is pressed against the back surface of the mounting portion 5 so that the apparatus can be easily and quickly mounted and fixed.

In addition, the moving body 8 can be moved downward by simply operating the operating portion 9 to release the locked state between the locking tooth portion 6 and the locking claw portion 7, and the fastening can be easily released. Thick mounting part 5
It can also respond to. In other words, even if the distance between the rear surface of the mounting portion 5 and the upper end of the tightening bolt rod 4 is increased to accommodate the thick mounting portion 5, the tightening is not performed when the thin mounting portion 5 is mounted by the above operation. The amount of rotation operation is small.

Further, according to the present embodiment, the tightening bolt rod 4
Since the moving body 8 itself as the screw fixing portion moves up and down, the moving body 8 can be tightened and fixed in a state where the distance between the pressing portion 4A of the tightening bolt rod 4 as the tightening portion and the moving body 8 is not so long. In addition, the mounting strength is dramatically improved as compared with the known example shown as the prior art. Also, the moving body 8 of the tightening bolt rod 4
Since the length of protrusion from the screw is extremely short, it is difficult to apply a load (unstable load) on the screwed part, so the mounting strength is not only for structural durability but also for a more stable mounting structure. Is improved, the screwing operation at the time of tightening becomes smooth, and the tightening work becomes good.

Further, since the locking tooth portion 6 is provided on the hanging portion 3, it is easy to manufacture and the design length of the locking tooth portion 6 can be easily changed.

For example, when the hanging portion 3 is formed by the lost wax method, the locking teeth 6 can be integrally formed in the same manner, so that the manufacture is extremely easy, the cost can be reduced as compared with the known example, and mass production can be achieved. Performance is improved.

Also, in the case where it is desired to increase the moving amount of the moving body 8 in consideration of the thickness of the mounting portion, the hanging portion 3 is simply designed to be long and the forming length of the locking tooth portion 6 is increased at the time of molding. It is excellent in practicality, such as easy design change.

In this embodiment, the moving body 8 is configured to be able to move upward along the hanging part 3 even in the locked state. The tightening bolt rod 4 can be moved only by pushing the attached bolt rod 4 upward. However, in the locked state where the locking teeth 6 and the locking claws 7 are locked, the locking bolt rod 4 can move in both the vertical direction. It may be configured so as to be disabled so that it can be moved up and down only when the operating part 9 is operated to release the locked state.

That is, the operating unit 9 is operated to move the moving body 8 at once.
At the same time, the tightening bolt rod 4 may be lifted up, brought into the locked state again, and the tightening bolt rod 4 may be configured to be tightened and rotated.

[0047]

Since the present invention is constructed as described above, it can cope with mounting portions having various thicknesses, and at the same time, pushes the moving body and the tightening bolt rod upward to screw the tightening bolt rod. Since it can be lifted without using it, the amount of tightening and rotating operation of the tightening bolt rod is small and the mounting workability is excellent, and the moving body itself, which is the screw fixing portion of the tightening bolt rod, moves up and down.
Since the distance between the moving part and the pressing part of the tightening bolt rod, which becomes the tightening part, can be tightened and fixed in a short distance, the mounting strength is dramatically improved as compared with the known example shown as the prior art, Further, since the length of the protrusion of the tightening bolt rod from the moving body is extremely short, a load (unstable load) on the screwed portion is less likely to be applied, so that the mounting is more stable in terms of structural durability. In terms of structure, the mounting strength is improved, the screwing operation at the time of tightening is smooth, the tightening work is also good, the structure can be designed easily, so the cost can be reduced and the mass productivity is excellent. It becomes a new rod receiving device.

[0048] Also, it is easy to manufacturing operation, also forming length of the locking teeth is also easily allows design changes. That is, for example, when the hanging part is formed by the lost wax method, the locking teeth can also be integrally formed, so that the manufacturing is extremely easy, the cost can be reduced as compared with the known example, and the mass productivity is improved. It becomes an extremely excellent rod receiving device.

Further , in the present invention, even if the locking teeth provided on the hanging part and the locking claw parts provided on the moving body remain locked, the moving body moves upward with respect to the hanging part. Since the moving body can be moved, if the moving body or the tightening bolt rod is simply pushed upward, the moving body is configured to rise with the tightening bolt rod. By pressing the bolt until it comes into contact with the back surface of the mounting bolt, it can be temporarily fixed. The device can be easily and quickly mounted and fixed, and the present invention provides the above-described locking tooth portion and locking claw portion.
An operation unit for engaging and disengaging the locked state of the vehicle is provided on the moving body, and
When the locked state is released by operating the working part,
The upper part of the attached bolt rod is pressed against the back side of the mounting part.
It is configured to be able to move downward even in the fixed state
When removing, loosen the tightening bolt rod in reverse.
It may be turned, but the operation part is pushed and operated to
Is released, and the moving body is
Once in a su a breakthrough Sao受device extremely <br/> attachment detachment workability such as can be released tightening down Te.

[Brief description of the drawings]

FIG. 1 is a schematic configuration perspective view of a main part of the present embodiment.

FIG. 2 is an explanatory side view of an attached state of the embodiment.

FIG. 3 is an enlarged explanatory side sectional view of a main part showing a locking structure between a locking tooth portion and a locking claw portion of the present embodiment.

FIG. 4 is an explanatory side view of a mounting state of a conventional example.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Rod support part 2 Rod receiving main body part 3 Hanging part 4 Tightening bolt rod 5 Mounting part 6 Locking tooth part 7 Locking claw part 8 Moving body 9 Operating part 10 Screw part

Claims (1)

(57) [Claims] A hanging part is suspended from a rod receiving main body part provided with a rod supporting part, and a tightening bolt rod is vertically movably screwed through the hanging part so as to be screwed and disposed. The rod receiving main body is disposed on a mounting portion, and the tightening bolt rod is tightened and rotated to press the upper portion of the tightening bolt rod against the back surface of the mounting portion, thereby attaching the rod receiving main body to the mounting portion. In a rod receiving device configured to be fastened and fixed to a locking claw, a locking claw is provided in the vertical direction of the hanging portion, and locked with this locking tooth, thereby being incapable of moving at least downward. A moving body provided with a portion is provided in the hanging portion, and an operating portion for engaging and disengaging the locking state between the locking tooth portion and the locking claw portion is provided on the moving body. In a state where the locked state with the locking claw portion is released, the movable body is configured to be movable along the hanging portion, and The threaded portion is provided, the bolt tightening rod threadedly rotatably screwed disposed vertically on the threaded portion, the vertical
A number of locking teeth are provided in the vertical direction of the lower edge, and the locking
In the locked state where the teeth and the locking claw are locked,
The moving body is movable upward with respect to the hanging part.
But cannot move downward.
When the locked state is released by the operation of
Tightened fixed shape with the upper part of the tilting rod pressed against the back side of the mounting part
The rod receiving device is configured to be movable downward even in a state .