JPH077724Y2 - Snake mouth member for the tip of fishing rod - Google Patents

Description

[Detailed Description of the Invention] [Industrial field of application] The present invention relates to a fishing rod in which the tip side snake mouth used to connect the fishing line tip to the fishing line is rotatable with respect to the fishing rod. The present invention relates to a snake mouth member for a tip.

[Technical background]

The tip of the fishing rod is used to connect the tip of the fishing rod to the fishing line, and the head of the fishing rod is designed to rotate freely with respect to the fishing rod. Based on the case to follow, for a fixed fishing rod,
The present invention relates to a snake mouth member in which the snake mouth is guided by the movement of a fishing line to be rotatable.

[Conventional technology]

As an auxiliary member for connecting a fishing rod and a fishing line, it is well known that a tubular braided cord for connecting a fishing line, which is called a "snake mouth", is attached and fixed in an annular shape at the tip end of the fishing rod side tip. Is.

[Problems to be solved by the device]

The conventional "snake mouth" described above is made of a tubular braid, commonly referred to as a lily yarn, at the tip of a fishing rod, and is fixed in an annular shape.

A fishing line, that is, a line is fastened to this snake mouth for use.

During fishing, for the fishing rod fixed and grasped with the palm,
The fishing line exhibits a shaking state according to the fishing situation, and the fixed pair swinging motion is concentrated at the snake mouth where the fishing line and the fishing rod are connected to each other, and as a result, the fishing line becomes entangled with the fishing rod. When it is determined that the entanglement phenomenon interferes with the fishing action, the fishing rod is rotated in the direction opposite to the entanglement direction to take measures to eliminate the obstacle situation. If it does, it is a case of trouble that has already been experienced.

Even when the above-mentioned case of entanglement does not occur, a tubular braid called a lily yarn (hereinafter simply referred to as a lily yarn) which forms the snake mouth by a large number of bending actions at the root portion of the "snake mouth" of the tip. (Lily yarn).)
There are many cases where the material is cut due to material fatigue, and the degree of damage is more remarkable as the adhesive used for fixing the lily yarn is impregnated into a rigid state.

In view of this, the present invention provides the fishing line side in a fixed state with the dynamics and initiative of the fishing line in all dynamics such as rocking and rotation of the fishing line caused by a fishing action, and accompanying tightening, loosening, and bending. By providing a snake mouth member that follows the movement of the fishing line and allowing the snake mouth member corresponding to the movement of the fishing line and the fixed tip of the fishing rod to rotate freely, it has been possible to eliminate the conventionally encountered obstacle situation. That is the purpose.

[Means for Solving the Problems]

As a means for achieving the above-mentioned object, the present invention provides a rod-shaped slot member composed of two members, a rotary shaft member and a fixed member, wherein the rotary shaft member has a hemispherical tip and a longitudinal direction. An annular first adhesive flow reservoir groove is provided on the outer periphery at a substantially intermediate position, and a release-retaining means for the rear side is provided on the outer periphery between the tip and the first adhesive flow reservoir groove. An annular rotation guide groove is provided on the outer periphery of the intermediate portion with the end portion, and the fixed member has an upper end surface with a length less than a length from the base end portion of the rotary shaft member to the first adhesive flow reservoir groove. It has a shaft hole having an inner diameter slightly larger than the depth and its diameter, and has a tip connecting portion on the base end side of the shaft hole, and the tip connecting portion is an opening portion of a fishing rod tip. Formed in either a structure that can be inserted and inserted into the body or a hollow structure that can be inserted and inserted with the fishing rod tip. , A portion of the rotary shaft member closer to the base end than the first adhesive flow reservoir groove is inserted into the shaft hole of the fixing member, and the bearing locking portion that engages with the rotary shaft guide groove is fixed to the shaft hole. It is provided on a member so that the rotary shaft member is united with the fixed member so as to be rotatable and non-removable.

Further, in the structure in which the tip connection portion can be fitted and inserted into the opening portion of the fishing rod tip, an annular second adhesive flow reservoir groove is formed on the outer periphery of the middle position in the longitudinal direction of the tip connection portion. It is a thing.

[Action]

The "snake mouth" that connects the fishing rod tip to the fishing line is to fasten the fishing line to the snake mouth fixed to the tip side, and it seems that the conventional snake mouth mainly used a single Lilian material. The snake mouth of the present invention comprises the above-mentioned reliance and the snake mouth member, and the technically constructed snake mouth member connects the reliance and the fishing rod tip.

The one narrow rod-shaped member is formed by two members, a rotary shaft member and a fixing member, which are rotatably fitted in each axial direction, and the fixing member is attached to the tip side of the fishing rod, The rear shafts are fitted and fixed to the rotary shaft members.

The snake mouth formed in this way is grasped by the palm during the fishing action, and to the fishing rod almost integrated with the palm, the connected fishing line shows all forms of operation,
The snake mouth supports this fishing line and its movement,
The rotating shaft member of the neck member follows the movement, and the fixed member supports the movement of the rotating shaft member.

In this way, the rotational movement of the fishing line and the rotational movement promoted by the rotational action are canceled by the snake mouth member so as not to be transmitted to the fishing rod side.

Further, the movement of the fishing line exhibits not only the above-described rotational movement but also a swinging action with respect to the tip end of the tip, which is a fulcrum, and the tip position of the rotating shaft member fitted and inserted into the one end portion of the liliya of the snake mouth is connected. Since the Lilyan bend is the pivot point,
In order to prevent disconnection due to fatigue of the material of the reliance due to unbalanced contact, the tip position is formed in a hemispherical shape so that the fatigue of the material can be reduced at the bent portion of the reliance.

As described above, the snake mouth of the present invention is one in which the snake mouth member and the lily yarn are integrally formed, but the snake mouth is also part of the "device" for the fisherman, and the fisherman himself In some cases, the most suitable means for a fishing action that attempts to follow the lily lane and the snake mouth member is united by a method that the user is satisfied with.

It is not uncommon for the fishing line to exert a load on the snake mouth that is momentarily unpredictable. Therefore, the mating and fixing of the lilyear and the rotary shaft member does not cause the phenomenon of removal even when a high load is applied. The above-mentioned joining work is an absolute condition, and although a retaining means such as a return pawl is provided on the outer circumference of the rotary shaft of the rotary shaft member, an adhesive is used to expect higher safety.

As described above, when the angler himself performs the tacking work, there is also work at the fishing site, and these seasons are also extremely cold. Also, expecting a stronger bond,
There is a concern that an excessive amount of adhesive will be used and that there will be mishandling, and an excess amount of adhesive will flow into the gap between the fixed member that envelops and supports the rotating shaft and the rotating shaft, and hinders the rotation action. To prevent this, an annular groove is provided on the outer periphery of the exposed end of the rotary shaft to form a flow reservoir for receiving a surplus amount of adhesive.

In the above-described snake mouth member, the fixing member that rotatably fits and supports the rotating shaft member, the tip of the fishing rod is fitted inward from the lower end of the fixing member, and a means for fixing the tip. The lower end of the fixing member is fitted to the tip of the fishing rod and fixed to the fishing rod, and one of the two methods is applied to integrally connect the fishing rod and the fishing rod.

[Example of device]

Next, an embodiment of the present invention will be described with reference to the drawings. The main feature of the present invention is that the snake mouth member has a small rod-like shape corresponding to the diameter of the tip of a general fishing rod and has a rotating shaft member (A). , The fixing member (B) and two main members are integrally formed, and both of them are formed in the shape of a rod as described above.

The former rotary shaft member (A) has the entire length as the rotary shaft (1),
Approximately half a body from the tip in the longitudinal direction
The connecting part (5) for connecting 7), and the latter half of the pivot part (7)
Are separated by a large adhesive flow reservoir groove (2), which is an annular groove that is recessed on the outer periphery.

The tip portion (3) of the tip portion (5) has a hemispherical shape, and the liliya (17) to be inserted is provided to avoid blade-like contact with the inner circumference due to bending.

The outer circumference between the tip of the tip portion (3) and the first adhesive flow reservoir groove (2) is formed by threading, knurling, forming a concavo-convex portion by press working, or by way of example, a return pawl (4a). ) To form the lily rear retaining means (4).

The first adhesive flow accumulating groove (2) is an annular groove that is recessed in the axial direction from the entire outer circumference, and the lower groove wall of the annular groove when the tip portion (3) is the upper part. A radial surface structure, that is, a surface structure in a direction orthogonal to the axis of the rotating shaft (1), and an upper groove wall corresponding to the surface structure is an inclined surface structure reaching the lower groove wall, and an adhesive hanging from above It is formed so as to be able to receive it.

The first adhesive flow accumulating groove (2) is divided by the first adhesive flow accumulating groove (2) so that the entire length of the rotating shaft (1) is divided into two substantially equal parts, and the partitioned upper connecting portion (5) and the first adhesive flow accumulating groove. It is formed as an exposed portion as a snake mouth member up to a position directly under (2), and is formed so that the reliance (17) can be fitted and covered with respect to the entire exposed portion.

In this manner, the lower part of the rotary shaft (1), which is defined by the first adhesive flow reservoir groove (2) as the partition part, extends up to the end of the pivot part (7), and the entire length of the pivot part (7) is defined. A rotation guide groove (6) having a bearing function is provided on the entire outer circumference of an arbitrarily set place.

It is desirable that the lowermost end of the pivot shaft (7) has a conical shape with the shaft center as the apex so that the contact form for receiving the shaft support with respect to the fixing member (B) described later is point contact. .

In this way, the fixed member (B) corresponding to the above-mentioned rotary shaft member (A) has one elongated rod as the main state, like the rotary shaft member (A), and the substantially upper half body is the bearing portion (10). The approximately lower half body is selectively formed in either one of the tip connecting portion (11) and the tip connecting portion (13).

In the bearing part (10), a shaft hole (8) having a bottom (9) having an inner diameter slightly smaller than the diameter of the pivot part (7) in the rotary shaft (1) is opened at the upper end surface. In addition, the bearing portion (10) is provided along the longitudinal axis.

Thus, the embodiment of the tip connecting portions (11), (13) in the lower half corresponding to the upper half having the shaft hole (8) is 2
The tip end connecting portions (14) and (14) extend from the boundary portion (12) connected to the bottomed portion (9) forming the lower end portion of the shaft hole (8) to the lower end portion. However, the tip connecting part (11) disclosed in FIG. 1 in the tip connecting part (14).
Is formed so that the diameter that can be inserted and fitted from the tip opening of the hollow tip (19) on the fishing rod side is slightly smaller than the outer diameter of the bottomed (9), and at any intermediate set position in the longitudinal direction. Second
The adhesive flow reservoir groove (16) is provided in the same manner as the rotary shaft member (A).

The tip connecting portion (13) of another embodiment is a hollow type opening at the lower end of the fixing member (B) and is formed so that the tip (18) on the fishing rod side can be fitted therein.

Axial hole (8) in the fixing member (B) formed in this way
When the pivot shaft portion (7) of the rotary shaft (1) is inserted into and the shaft end is fixed to the bottom (9), the annular groove (6) is provided in the outer periphery of the pivot shaft portion (7). Bearings in matching position (10)
In the fixing member (B), a bearing engaging portion (15) protruding from the outer peripheral direction into the hole from the hole wall of the shaft hole (8) and engageable in the annular groove (6) is provided. On the other hand, the rotating member (A) is configured so as to be rotatable and integral with each other.

Incidentally, FIG. 7 shows a conventional example, in which a lily yarn is bent into a ring shape at the tip of the ear (a) of the fishing rod,
The both ends were fixed to form a snake mouth (b).

[Effect of device]

Since the present invention is configured as described above, in general, the fishing line fastened to the tip of a fishing rod exhibits an ever-changing movement during the fishing action, and the movements are concentrated at the fastening point, swinging, bending, etc. Is transmitted to the tips by the action of the sword and the fulcrum action eliminates a certain form of morphological action, but the multiple times of multiple oscillating action caused the fishing line to become entangled with the fishing rod and exhibited the wrapping action. However, in the present invention, the movement of the fishing line is entirely performed through the liliya by interposing the lip opening structure including the lily and the lip member between the tip of the fishing rod and the base end of the fishing line. The rotating shaft of the mouth member exhibits a follow-up operation, and the rotating shaft is freely rotated or rotated by the pivotal structure of the fixed member integrally fixed to the tip of the fishing rod to face the fixed-side fishing rod. The person has an ineffective for transmitting the trouble of doing such Te.

In addition, in the case of the lilyrian which receives the action of the fishing line, the hemispherical tip of the rotary shaft covering and enclosing the lilyrian causes the frictional action between the inner circumference of the lilyary and the tip of the rotary shaft due to the multiple bending phenomenon. This has the effect of reducing and significantly delaying the material fatigue occurrence phenomenon of the lily yarn.

Further, even if the adhesive used as the means for fixing the lilyrian and the rotary shaft is applied more than necessary and the excess amount of the outflow phenomenon occurs, the adhesive flow reservoir recessed on the outer periphery of the rotary shaft is used to apply the adhesive. There is an effect that it is possible to prevent anxiety that the rotation action is hindered by blocking the inflow into the gap between the receiving member and the receiving member and the fixing member that supports the rotating shaft.

Furthermore, in the case where the connection between the lily rear and the rotary shaft is made by an adhesive, there is a case where the adhesive dissolves due to the phenomenon of water wetting due to immersion of the connecting point in water, etc. Even if the situation is reduced, due to the joining action of the retaining means projectingly formed on the outer periphery of the rotary shaft, there is an effect that the phenomenon of immediate removal of the lilian from the rotary shaft does not occur.

Further, there is a slight difference between the inner diameter of the bearing portion of the fixed member that rotatably supports the rotating shaft and the outer periphery of the rotating shaft,
In addition, there is no case of the removal phenomenon due to the bearing relationship between the annular groove of the rotation bearing portion and the bearing engaging portion, and the location is provided at an intermediate position between the bearing portion and the rotary shaft. Does not cause the "backlash" phenomenon of the rotary shaft member with respect to the fixed member, thereby transmitting the motion of the palm holding the fishing rod to the fishing line, and the information from the fishing line is transmitted as it is without being altered. There is an effect that the situation of the yarn tip can be accurately received.

Furthermore, in the adhesive flow reservoir provided in the tip insertion portion where the fixing member is inserted and fitted into the inner periphery from the tip opening portion of the tip on the fishing rod side, the excess amount of the adhesive applied to the tip insertion portion is used. When the adhesive flows into the adhesive flow reservoir due to pressure contact sliding with the inner peripheral surface of the tip, it is compressed and exerts a stronger bonding force when the adhesive effect occurs after drying, and the tip on the fishing rod side and the snake. It has the effect of firmly integrating with the mouth member and eliminating the fear of the removal phenomenon.

[Brief description of drawings]

Drawing FIG. 1 is a front view showing a left half of an enlarged snake mouth member in a cross section, FIG. 2 is a front view showing a left half of an enlarged snake mouth member of another embodiment in a cross section, and FIG. 3 is a snake mouth. FIG. 5 is a front view showing a cross-section of a position portion at a snake mouth in which a liliyane is attached to a member, and FIG. 4 is a front view showing a cross-section of the position portion at a snake mouth in which a liliyaan is attached to another member. Is a front view showing a part of the state when the snake mouth shown in FIG. 3 is attached to the fishing line tip, and FIG. 6 shows a part of the state when the snake mouth shown in FIG. 4 is attached to the fishing line tip. FIG. 7 is a front view showing an example of a conventional fishing rod tip snake mouth. [Explanation of reference symbols] (1) ... Rotary shaft, (2) ... First adhesive flow reservoir groove,
(3) ... tip part, (4) ... retaining means of the lily rear, (4a) ... return tab, (5) ... connection part, (6) ...
Rotation guide groove, (7) ... Axis part, (8) ... Shaft hole,
(9) …… Bottomed, (10) …… Bearing part, (11) …… Tip connection part, (12) …… Boundary part, (13) …… Tip connection part, (1
4) …… Tip connection part, (15) …… Bearing locking part, (16)…
… Second adhesive flow reservoir, (17) …… Lilian, (18)
...... Tip, (19) ...... Hollow tip, (A) ...... Rotating shaft member, (B) ...... Fixed member.

Claims (2)

[Scope of utility model registration request] 1. A rod-shaped neck member comprising two members, a rotary shaft member (A) and a fixed member (B), wherein the rotary shaft member (A) has a hemispherical end portion (3) and a longitudinal shape. A ring-shaped first adhesive flow reservoir groove (2) is provided on the outer periphery at a substantially intermediate position in the direction, and a release-retaining means (4) for preventing the release of the lilyarian is provided on the outer periphery between the tip and the first adhesive flow reservoir groove (2). An annular rotation guide groove (6) is provided on an outer periphery of an intermediate portion between the first adhesive flow accumulating groove (2) and the base end portion, and the fixing member (B) has the rotation member on the upper end surface thereof. A shaft hole (8) having a depth less than the length from the base end portion of the shaft member (A) to the first adhesive flow reservoir groove (2) and an inner diameter slightly larger than the diameter thereof, Further, a tip connecting portion (14) is provided on the base end side of the shaft hole (8), and the tip connecting portion (14) is
The rotary shaft is formed in either the structure that can be fitted and inserted into the opening of the fishing rod tip or the hollow structure that can be inserted and inserted into the fishing rod tip, and the rotary shaft is provided in the shaft hole (8) of the fixing member (B). A portion of the member (A) closer to the base end side than the first adhesive flow reservoir groove (2) is inserted, and a bearing locking portion (15) that engages with the rotation guide groove (6) is attached to the fixing member ( B), the rotation shaft member (A) is rotatably and unremovably united with the fixing member (B), and the tip member of the fishing rod has a lip opening. 2. A structure in which the tip connecting portion (14) can be fitted and inserted into an opening portion of a fishing rod tip, and an annular second adhesive is provided on an outer periphery of an intermediate position in the longitudinal direction of the tip connecting portion (14). The lance member for the tip of a fishing rod according to claim 1, characterized in that the agent flow reservoir groove (16) is formed.