JP2570777Y2 - Tip structure of fishing rod - Google Patents

Description

[Detailed description of the invention]

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a fishing rod tip structure in which a flexible line connecting member made of Lilian or the like is attached to a tip of a tipping rod such as a spatula rod, a mountain stream rod, and a sweetfish rod.

[0002]

2. Description of the Related Art As shown in Japanese Utility Model Application Laid-Open No. 1-68775, the distal end structure of this type of fishing rod is provided at the distal end of a tubular connecting tool at the distal end of a spike rod in a state where it is prevented from coming off to the distal end side. A shaft body as a connecting tool is rotatably fitted inside around the axis of the tubular connecting tool, and a line connecting member for connecting a fishing line to a distal end protruding from the tubular connecting tool of the shaft body is fitted outside. In this case, the fishing line is prevented from being wrapped around or entangled with the tip of the tipping rod by rotating the shaft with respect to the tubular connecting member.

[0003]

However, since the thread connecting member is attached to the intermediate connector using an adhesive, the thread connecting member cannot be adapted to the fishing environment and may deteriorate early. Then, the thread connecting member partially separates from the shaft body and eventually falls off. Also, although the thread connecting member is soft, the integrated portion is hardened by being integrated with the adhesive, but when subjected to a load for a long period, the hardened portion becomes brittle and easily breaks. There was also. An object of the present invention is to provide a device capable of stably connecting a thread connecting member to a tubular connector by modifying the connecting structure of the thread connecting member to the tubular connector.

[0004]

According to a first feature of the present invention, an intermediate connector is attached to the tip of a tubular connector attached to the tip of a tip rod in such a manner that the intermediate connector is prevented from coming off to the tip side. The inner fitting is installed rotatably around the axis of the
A string-like fixed body having a flexible thread connecting member fixed to a tip end of the intermediate connecting tool protruding from the tubular connecting tool, and a leading end fixed to the thread connecting member, is passed through the thread connecting member to form the intermediate connecting tool. , And a stopper mechanism is formed at the rear end of the string-shaped fixed body to abut on the intermediate connecting member to regulate the movement of the string-shaped fixed body. The effects are as follows.

[0005]

The thread connecting member fixed to the intermediate connector is rotatable with respect to the cylindrical connector by rotatably fitting the intermediate connector to the tubular connector. Etc. can be effectively suppressed. Moreover, by attaching the thread connecting member to the distal end of the string-shaped fixed body that has been treated to be prevented from being removed from the tubular connecting tool via the intermediate connecting tool, basically, the string-shaped fixed body is used to make the thread connecting member cylindrical. The load is fixed directly to the intermediate connector, and no load is applied directly to the fixing portion of the thread connecting member to the intermediate connector, or even if it is applied, it is a part of the total load. Deterioration of the connection state in the part can be suppressed.

[0006]

According to a second aspect of the present invention , a rigid body is externally fitted to a rear end of a flexible thread connecting member.
The hard body is fitted inside a tubular connector at the tip of the
The tubular connector is rotatable about the axis of the tubular connector and the tubular connector is provided.
And support it in a state that prevents the
At the rear end of the thread connecting member,
To prevent the thread connecting member from slipping out of the body.
A retaining mechanism that prevents the tubular connector from coming off
The effect is as follows.

[0007]

The thread connecting member having the hard body externally fitted thereto is provided by rotatably fitting the hard body to the tubular connector.
Since it is rotatable with respect to the tubular connecting member via the hard body, it is possible to effectively suppress thread entanglement and the like. Moreover, a hard body
The thread connecting member is provided with a stopper
The rear end of the thread connecting member contacts the hard body
The rear end of the rigid body receives the load to prevent it from coming off
And only accepts the retaining load.
Hardened and brittle like when fixed with
It does not receive the pulling force, and the retaining mechanism deteriorates
Is less.

[0008]

According to a third aspect of the present invention, a rigid body is coated on the rear end of a flexible thread connecting member, and the hard covering is attached to a tubular connecting member at the tip of a tip rod. A pull-out that is fitted inside the distal end and rotatably supports around the axis of the tubular connecting member, and that prevents the thread connecting member from slipping out of the tubular connecting member at the rear end of the thread connecting member. The point is that the stop mechanism is formed, and the operation and effect are as follows.

[0009]

By setting the rear end of the thread connecting member in a hard state, it is possible to maintain a configuration capable of rotating with respect to the tubular connecting member, and it is possible to effectively suppress thread entanglement and the like. Moreover, since the rear end of the thread connecting member is provided with a retaining mechanism, the rear end only comes into contact with the tubular connecting member and the like to receive the retaining load, as in the case of fixing with an adhesive. Since a portion that is hardened and easily becomes brittle does not receive a tensile force, deterioration of the retaining mechanism is small.

[0010]

Therefore, in any case, the connection form of the thread connecting member to the tubular connecting member does not depend only on the adhesive, but in combination with the adhesive and another fixing mechanism, or the adhesive is not used at all. By adopting a configuration that does not involve the above, it is possible to achieve a stable connection structure for a long period of time without causing deterioration due to curing at the connection portion.

[0011]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS A tubular connector 2 is externally fitted to the tip of a tip rod 1 and a tubular intermediate connector 3 is attached to the tip of the tubular connector 2.
And a flexible and Lilian thread connecting member 4 is adhesively fixed to the front end of the intermediate connecting tool 3 with an adhesive 5 and covered with a paint 12 to form a tip structure of a fishing rod. is there.
The material of the cylindrical connecting member 2 and the intermediate connecting member 3 is made of stainless steel.

An inward annular concave portion 6 is formed at an intermediate position of the cylindrical connecting member 2, and a plug 7 which is in contact with the annular concave portion 6 and whose movement is restricted is inserted into the cylindrical connecting member 2. The amount of insertion of the tip rod 1 is regulated by the plug 7, and the tip rod 1 and the tubular connecting member 2 are bonded and fixed. The collar 8 is loosely fitted to the rear end of the intermediate connector 3 inserted into the cylindrical connector 2, and the large-diameter plate 9 is further retained on the rear end side than the collar 8.
Is fixed, the distal end of the cylindrical connecting member 2 is tapered to a reduced diameter by drawing, and the intermediate connecting member 3 comes out of the cylindrical connecting member 2 by restricting the collar 8 from contacting the tapered small diameter portion. The structure which prevents is adopted.

A synthetic resin washer 10 is tightly fitted and fixed to the rear end position of the intermediate connecting member 3 to which the yarn connecting member 4 is bonded, and the washer 10 and the front end of the tubular connecting member 2 are fixed. The washer 11 made of a synthetic resin is loosely fitted in the state of (1). The washer 10 is used to
And the amount of the adhesive 5 and the paint 12 flowing out to the side of the tubular connector 2 is regulated.

Next, a retaining mechanism A for preventing the thread connecting member 4 from coming out of the intermediate connector 3 will be described.
A fishing line a as a string-like fixed body is inserted into the inside of the line connecting member 4, and one end of the fishing line a is bent together with the tip end of the line connecting member 4 to form a knot b to be integrated with the line connecting member 4. The other end is passed through the intermediate connector 3 and protrudes from the large-diameter plate 9 to form a knot c at its protruding tip, thereby preventing the fishing line a and the line connecting member 4 from coming out of the intermediate connector 3. Here, the knot c of the fishing line a is referred to as a retaining mechanism A that contacts the intermediate connector 3 to restrict the movement of the string-shaped fixed body.

[Another embodiment] Another embodiment of a retaining mechanism A for preventing the thread connecting member 4 from coming off from the tubular connecting member 2 will be described. FIG.
As shown in the figure, a pipe-shaped member 13 such as a metal or resin as a hard body is attached to the front end of the tubular connecting member 2.
Is rotatably inserted around the axis of the pipe member, a flange surface is formed at the inner end of the pipe-shaped member 13, and a synthetic resin washer 14 is loosely fitted to the tip side from the flange surface. The pipe-shaped member 13 is prevented from coming off by contact with the tapered small-diameter portion of the tubular coupler 2. On the other hand, the thread connecting member 4 is provided inside the pipe member 13, and the inner end of the thread connecting member 4 is made to protrude from the rear end of the pipe member 13. A knot d is formed at the end to constitute a retaining mechanism A for preventing the thread connecting member 4 from coming off. Another embodiment of the retaining mechanism A for preventing the thread connecting member 4 from coming out of the tubular connecting tool 2 will be described. FIG.
As shown in (1), a hard coating 15 is formed on the outer surface of the rear end of the thread connecting member 4 by applying a paint or an adhesive or the like over a predetermined width or by applying a metal or resin pipe. At the same time, the thread connecting member 4 is inserted and rotatable around its axis in a state where the covering body 15 is fitted inside the distal end of the tubular connector 2. A flange surface is formed behind the covering body 15 of
A washer 16 made of synthetic resin is loosely fitted in front of the flange surface, and the tapered small diameter portion of the cylindrical coupling tool 2 is fitted to the washer 16.
, A mechanism A for preventing the thread connecting member 4 from coming off the tubular connecting member 2 is formed. As described above, in order to adopt a configuration in which the yarn connecting member 4 is rotated around the axis of the cylindrical connecting member 2, the pipe connecting member 4 is used, and the yarn connecting member 4 itself is used. Used with hard coating. Therefore, the rotating portion is lighter in weight than the solid shaft made of metal, and has the following effects. That is, (a) since the pipe-shaped member 13 rotates with respect to the cylindrical connecting member 2,
It is inevitable that some rattling occurs due to the loose fitting tolerance, but since the pipe-shaped member 13 is lighter, the rattling transmitted to the hand through the rod can be reduced. It is possible to reduce the discomfort that the rattling is transmitted. (B) In particular, the weight of the tip portion is very heavy for the angler even if the total length of the rod is as large as 10 m, even if the displayed value is slightly different. By switching to, the feeling of the weight can be reduced, and fishing can be performed while holding the rod for a long time. (C) Even when used on a tip that is sensitive and easily bendable, such as a mountain stream rod, it is possible to accurately capture a delicate hit without impairing the sensitivity because the pipe-shaped member 13 is lightweight. is there.

In the claims of the utility model registration, reference numerals are written for convenience of comparison with the drawings, but the present invention is not limited to the configuration of the attached drawings by the entry.

[Brief description of the drawings]

FIG. 1 is an overall vertical side view.

FIG. 2 is an overall longitudinal sectional side view showing a configuration in which a pipe-shaped member is externally fitted to a thread connecting member as a hard body.

FIG. 3 is an overall longitudinal side view showing a configuration in which a paint or an adhesive is coated on a thread connecting member as a hard body;

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Ear rod 2 Tubular connector 3 Intermediate connector 4 Thread connecting member 13 Hard body 15 Coating body A Retaining mechanism a String-shaped fixed body

Claims (3)

(57) [Scope of request for utility model registration] 1. An intermediate connector (3) is attached to the tip of a tubular connector (2) attached to the tip of a tip rod (1) in a state of preventing the tip from being pulled out. And a flexible thread connecting member (4) is fixed to a tip of the intermediate connecting tool (3) protruding from the tubular connecting tool (2). The string-like fixed body (a) fixed to the thread connection member (4) extends to the rear end of the intermediate connector (3) through the inside of the thread connection member, and the rear end of the string-like fixed body (a) A tip structure of a fishing rod in which a retaining mechanism (A) for restricting the movement of the string-shaped fixed body (a) by contacting the intermediate connecting tool (3) is formed on the portion. 2. A rear end portion of the flexible thread connecting member (4) is hard.
The body (13) is externally fitted, and the rigid body is attached to the tube at the tip of the tip of the spike.
The axial center of the tubular connector (2) being fitted in the tubular connector (2)
To be rotatable around and to the distal end side of the tubular connector (2)
The thread is supported in a state that prevents
At the rear end of the connecting member (4), the yarn connecting member (4)
The thread connection is prevented by preventing the hard body (13) from coming off.
Prevents the member (4) from coming out of the tubular connector (2).
The tip of a fishing rod that has a retaining mechanism (A) for stopping
Part structure. 3. A hard body is coated on the rear end of the flexible thread connecting member (4), and the hard coated body (15) is inserted into the tip of the tubular connecting tool (2) at the tip of the tip of the spike. The thread connecting member (4) is rotatably supported around the axis of the tubular connecting member (2), and is fitted to the rear end of the thread connecting member (4). 2) A tip structure of a fishing rod in which a retaining mechanism (A) for preventing the rod from coming off is formed.