KR101181251B1 - Rod for fishing rod and method for manufacturing the same - Google Patents

Abstract

[PROBLEMS] To provide a fishing rod capable of improving the strength in the joint portion between a small diameter pole and a large diameter pole.

[Measures] The auxiliary patterns 1, 1 are disposed at the pole tip side corresponding positions and the pole base end side corresponding positions, respectively, and wound around the mandrel 2 to wrap the main pattern 3 outside the auxiliary patterns 1, 1. The main pattern 4 is wound around the outer side of the main pattern 3, and the auxiliary patterns 5 and 5 are positioned at the pole tip side corresponding positions and the pole base end side corresponding positions outside the main pattern 4. Turn to form a pole (A). The auxiliary patterns 1 and 5 include prepregs in which a group of reinforcing fibers such as carbon are impregnated with a group of reinforcing fibers such as carbon fibers that are cross-oriented so as to intersect with each other at a predetermined intersection angle θ from three directions on the same plane. It is cut to a predetermined shape.

Pole, main pattern, auxiliary pattern, prepreg tape, taper

Description

Rod for fishing rod and manufacturing method for rod pole {ROD FOR FISHING ROD AND METHOD FOR MANUFACTURING THE SAME}

1 shows a first embodiment, (a) is a perspective view showing a state before winding a predetermined pattern, and (b) is a perspective view showing a state after winding a predetermined pattern on a mandrel.

2 shows the arrangement direction of the reinforcing fibers of the auxiliary pattern, (a) is a block diagram showing a state in which the reinforcing fibers are arranged at a predetermined angle of 60 °, (b) is a direction of the reference reinforcing fibers at a predetermined angle of 60 ° It is a block diagram which shows the state arrange | positioned only in the half state which crossed.

Fig. 3 shows the arrangement direction of the reinforcing fibers of the auxiliary pattern, (a) is a block diagram showing a state in which the reinforcing fibers are arranged at a predetermined angle of 45 °, and (b) shows the direction of the reference reinforcing fibers at a predetermined angle of 45 °. It is a block diagram which shows the state arrange | positioned only in the half state which crossed.

Fig. 4 shows a second embodiment, (a) is a perspective view showing a state before winding a predetermined pattern, (b) is a perspective view showing a state of winding a prepreg tape, and (c) a predetermined pattern on a mandrel. It is a perspective view which shows the state after winding.

FIG. 5 shows a third embodiment, (a) is a perspective view showing a state before winding the first auxiliary pattern, (b) is a perspective view showing a state after winding the first auxiliary pattern on the mandrel, and (c) Is a perspective view showing a state of winding a prepreg tape, (d) is a perspective view showing a state after winding a predetermined pattern on a mandrel, (e) a state of a state after winding a predetermined pattern, and further a state of winding a prepreg tape It is a perspective view shown.

Fig. 6 shows a configuration for avoiding the feeling of support of the seam in the pull rod, (a) is a perspective view showing a state before winding the main pattern and the auxiliary pattern to the mandrel, and (b) constitutes a pull rod. It is a longitudinal side view which changes the small diameter side pole and the large diameter side pole to an extended state, and shows the joint part.

FIG. 7 is a longitudinal side view illustrating the conventional structure in FIG. 6. FIG.

 [Description of Symbols]

1: first auxiliary pattern

3: first main pattern

4: second main pattern

5: second auxiliary pattern

6, 7: prepreg tape

θ: cross angle

c: standard reinforcing fiber

d: other reinforcing fibers

The present invention relates to a rod for fishing rods formed of a prepreg as a material and a manufacturing method thereof.

The rod for rods mixes a reinforcing fiber such as carbon fiber, and impregnates the mixed reinforcing fiber with a thermosetting resin such as epoxy to wind a prepreg sheet formed by a mandrel having a predetermined taper shape, and the wound is usually wound. It is formed by baking the thing of (i).

And the pole end of the small diameter pole is press-contacted in the pole end side of the large diameter pole, and it forms the structure of the stop of a small diameter pole, but it is formed. Since the load concentrates on the long base and the like, a configuration is adopted in which the auxiliary pattern obtained by shortly cutting the prepreg is wound around this portion to improve the strength.

The auxiliary pattern is formed by prepreg formed by impregnating a thermosetting resin with a mixture of reinforcing fibers in the circumferential direction (see Patent Document 1).

[Patent Document 1]

Japanese Patent Laid-Open No. 5-3738 (paragraph number [0008] and FIG. 2, etc.)

However, since the prepreg forming the auxiliary pattern only mixes the reinforcing fibers in the circumferential direction of the pole, the orientation direction of the reinforcing fibers against the shear force acting in the direction inclined with respect to the pole axis. In terms of strength, it was not enough in terms of strength.

This causes problems such as deformation or cracking in so-called joints such as poles of small diameter rods.

An object of the present invention is to provide a rod for fishing rods and a method for producing the rod, which can improve the strength in the joint portion between a small diameter pole and a large diameter pole.

〔Configuration〕

The characteristic constitution of the invention according to claim 1 is to define the innermost layer by arranging the first auxiliary pattern shorter than the entire length of the pole only in the pole tip and the pole proximal end, respectively, to form the innermost layer. The main pattern having the same length as the length is arranged to form an intermediate layer, and the second auxiliary pattern shorter than the full length of the pole is arranged at the outside of the intermediate layer and limited to the pole leading end and the pole base end, respectively, to form the outermost layer. A prepreg formed by impregnating a thermosetting resin into a group of reinforcing fibers in which a pattern is mixed in one direction is cut and formed into a predetermined shape, and the first and second auxiliary patterns are predetermined from three or more directions on the same plane. A prepreg formed by impregnating a thermosetting resin into a group of reinforcing fibers arranged in an intersecting state having a crossing angle has a predetermined shape. It is in the point of cutting and forming, and the effect is as follows.

〔Action〕

That is, in each of the pole tip part and the pole base end part, an auxiliary pattern is further arrange | positioned in an innermost layer and an outermost layer, and these auxiliary patterns comprise the intermediate | middle layer which consists of a main pattern, and is comprised, and is the small diameter side pole The strength of the joint portion at the tip end side and the pole proximal end of the large diameter side pole is improved. Furthermore, in the auxiliary pattern, since the reinforcing fibers are arranged in a state intersecting with a predetermined crossing angle from three or more directions on the same plane, not only in the axial direction of the pole or the circumferential direction of the pole, but also in the direction inclined to them. Since the reinforcing fibers are arranged, the resistance against bending force and shear force applied to the rod increases.

〔effect〕

As a result, deformation, a crack, etc. can be suppressed in the joint part of a small diameter pole and a large diameter pole.

Furthermore, the auxiliary pattern is not provided over the entire length of the pole, but is provided only in the pole tip and the pole base. In this case, when the main pattern over the entire length is formed of a prepreg arranged in a state where the reinforcing fibers intersect at a predetermined intersection angle from three or more directions on the same plane while improving the strength at the joint portion. It is possible to suppress the occurrence of pinholes and the like shown in Figs.

A characteristic configuration of the invention according to claim 2 is a pole of a first prepreg formed by impregnating a thermosetting resin in a group of reinforcing fibers cross-oriented so as to cross each other at a predetermined intersection angle from three or more directions on the same plane. The second prepreg formed by cutting the auxiliary length along the axial direction along the axial direction to form an auxiliary pattern, and impregnating the thermosetting resin with the reinforcing fiber group mixed in one direction, along the pole axis direction. The length of the auxiliary pattern is cut into a shape longer than the axial length of the auxiliary pattern to form a main pattern, and the auxiliary pattern is disposed at a position corresponding to the pole tip side side and the pole base end side, respectively, and is wound around the mandrel, and the mandrel The main pattern is wound around the outer side of the auxiliary pattern which is wound around, and is further extended from the outside of the main pattern. And in that by turning the take-up the auxiliary pattern on a distal end side position and corresponding pole base end corresponding position, the function and effect are as follows.

[Action effect]

Since the auxiliary pattern which arrange | positioned the reinforcement fiber cross-oriented so that it may cross | intersect with a predetermined crossing angle from each other in the direction more than three directions on the same plane on the innermost layer, and winds a main pattern on the outer peripheral surface, Also in the main pattern which arrange | positioned the reinforcement fiber in one direction by the cooperative action of, the disorder and deformation | transformation of the fiber in a pole front end side end and a pole proximal end end can be suppressed also during manufacture.

Since the auxiliary pattern is further wound from above the main pattern in which the disturbance and deformation of the fiber are suppressed, a pole having a stable strength as a whole can be manufactured.

The characteristic constitution of the invention according to claim 3 is that the intermediate layer is composed of a plurality of layers, and the inner intermediate layer located at the innermost side in the intermediate layer has a width of about one round, which corresponds to the circumferential length of the mandrel, and is also a pole. The width of several wheels corresponding to several times the circumferential length of the mandrel as the outer intermediate layer located outside the inner intermediate layer, together with the first main pattern in which the reinforcing fibers are arranged in the direction along the circumferential direction of In addition, in the point which comprises the 2nd main pattern which arrange | positions reinforcement fiber in the direction along the pole axial direction, the effect is as follows.

[Action effect]

When constituting the intermediate layer, by adopting a first main pattern obtained by cutting a prepreg having a reinforcing fiber in the circumferential direction as the inner intermediate layer, the prepreg is wound around the mandrel to form a normal shape. The reinforcing fibers arranged in this manner exhibit tensile strength and suppress the prepreg from being split in the circumferential direction.

Thereby, since the circumferential strength of the prepreg located inward is strengthened, even if it winds up an outer intermediate layer to the inner intermediate layer, it can carry out stably later.

In addition, since the 2nd main pattern which consists of the prepreg which arrange | positioned the reinforcement fiber in the pole axial direction as the outer intermediate | middle layer is arrange | positioned, the said reinforcement fiber with respect to the bending moment at the time of generating the downward bending under the load of a fish Exerts opposition;

As described above, the cooperative action of the inner intermediate layer in which the reinforcing fibers were arranged in the circumferential direction of the rod and the outer intermediate layer in which the reinforcing fibers were arranged in the axial direction of the pole could provide a configuration with high resistance to cracking of the pole.

The characteristic constitution of the invention according to claim 4 includes the intermediate layer comprising three layers, and the first intermediate layer located at the innermost side in the intermediate layer has a width corresponding to the circumferential length of the mandrel and is also a pole. The second intermediate layer located on the outside of the first intermediate layer is composed of a first main pattern in which the reinforcing fibers are arranged in the direction along the circumferential direction of the wheel. A third intermediate layer having a width of and having a reinforcing fiber arranged in a direction along the pole axial direction, wherein the third intermediate layer located further outside of the second intermediate layer is an axis along the pole axis direction. In the point which consists of a tape which wound the short length slit-shaped prepreg tape over the full length of a pole, the effect is as follows.

[Action effect]

In addition to the effects of the invention according to claim 3, there are also the following effects. According to invention which concerns on Claim 4, the structure which winds a prepreg tape on the outer side of a 2nd intermediate | middle layer as a 3rd intermediate | middle layer is employ | adopted. Thereby, the prepreg tape demonstrates the force to wind up and tightens, and this force to wind up is exhibited over the full length of a pole. Thereby, generation | occurrence | production of a void and generation | occurrence | production of the pinhole resulting from the generation | occurrence | production void can be suppressed.

In the characteristic constitution of the invention according to claim 5, the inner auxiliary pattern is arranged on the pole tip and the pole base end, respectively, to form the innermost layer, and the reinforcing fibers are mixed along the circumferential direction of the pole to the outside of the innermost layer. The slit-shaped prepreg tape is rolled over the entire length of the pole to form the first intermediate layer, with the width of several wheels corresponding to several times the circumferential length of the mandrel, and the reinforcing fiber in the direction along the pole's axial direction. A second intermediate layer is constituted by the main patterns arranged, and an outer auxiliary pattern is disposed at each of the pole leading end and the pole base end at the outside of the second intermediate layer to form a third intermediate layer, and outside the third intermediate layer. The slit-like prepreg tape, which is mixed with reinforcing fibers along the circumferential direction, is rolled over the entire length of the pole to form the outermost layer. The inner auxiliary pattern located in the innermost layer and the outer auxiliary pattern located in the third intermediate layer are formed in a prepreg in which the reinforcing fibers intersect at a predetermined intersection angle from three or more directions on the same plane, The effect is as follows.

[Action effect]

Since the prepreg tape is adopted in the innermost layer and the outermost layer, respectively, the innermost layer can be wound around the mandrel with a high tightening force, and the innermost layer is formed in a high shape retention state. The innermost layer is stabilized. On the other hand, as described in the invention according to claim 5, the outermost layer can be wound in a state in which voids or the like are avoided, and a stable pole having a high strength shape can be provided.

The characteristic constitution of the invention according to claim 6 is that the reinforcing fibers have a predetermined intersection angle from three directions or more on the same plane on the inner auxiliary pattern located in the innermost layer and the outer auxiliary pattern located in the third intermediate layer. The predetermined prepreg and the outer auxiliary pattern with respect to the inner auxiliary pattern, the reinforcing fibers cross-oriented the inner auxiliary pattern does not overlap the reinforcing fibers cross-oriented the outer auxiliary pattern, the predetermined It is located at the point with the offset of only half of the crossing angle of, and the effect is as follows.

[Action effect]

By arrange | positioning with only the half-angle of the said predetermined | prescribed crossing angle so that the said outer side auxiliary pattern may not overlap with the cross-oriented reinforcement fiber, the orientation direction of reinforcing fiber can be enclosed longitudinally and horizontally, and it is multidirectional The resistance to bending and shear forces from

 <Examples>

[First Embodiment]

The manufacturing method of a hollow pole as a rod for fishing rods, such as a repair rod, is demonstrated. As shown in FIG. 1, the 1st auxiliary pattern 1, 1 as an innermost layer is arrange | positioned to the mandrel 2, respectively, in the pole tip side correspondence position and the pole base end side correspondence position, and is wound around an inner intermediate layer (1st intermediate | middle layer) The first main pattern 3 as) is wound around the outer side of the first auxiliary patterns 1 and 1, and the second main pattern as the outer middle layer (second intermediate layer) outside the first main pattern 3 ( 4) by winding, the second auxiliary pattern 5, 5 serving as the outermost layer is wound around the pole tip side corresponding position and the pole base end side corresponding position from the outside of the second main pattern 4. The mandrel 2 wound around each of the patterns 1, 1, etc. is fired, and after decentering, polishing is performed to form a pole A.

As shown in Fig. 1 and Fig. 2, the auxiliary patterns 1 and 5 are reinforced fibers c such as carbon fibers cross-oriented so as to cross each other with a predetermined crossing angle θ from three directions on the same plane. The prepreg which impregnated the group with thermosetting resins, such as an epoxy, is cut out in predetermined shape. As shown in FIG. 2 and FIG. 3, the above-described crossing angle θ is 60 °. As this crossing angle (theta), it may set to 45 degrees and may be comprised so that a reinforcement fiber may cross | intersect from 4 directions.

That is, as shown to Fig.2 (a), in the 1st auxiliary pattern (1, 1), while arrange | positioning the reinforcement fiber (c) used as a reference in the pole axial direction, the other two reinforcement fibers ( It arrange | positions d, d) so that it may cross | intersect with the reinforcement fiber (c) which becomes a reference | standard at an intersection angle of 60 degrees, and consists of the prepreg which crosses from three directions.

As shown in FIG.2 (b), in the 2nd auxiliary pattern 5 and 5, the reinforcing fiber c used as a reference | standard is arrange | positioned in the circumferential direction, and the other two reinforcing fibers d and d ) Is arranged so as to intersect the reinforcing fiber (c) as a reference at an intersecting angle of 60 °, and is composed of prepregs that intersect from three directions on the same plane.

As mentioned above, although the direction of the reinforcing fiber c used as a reference | standard is the axial direction and the circumferential direction with the 1st auxiliary pattern 1 and the 2nd auxiliary pattern 5, it is the same pattern as a specification, and is different. When wound around the mandrel, the first auxiliary pattern (1) is wound around the direction of the reinforcing fibers (c) as a reference along the pole circumferential direction, and the second auxiliary pattern (5) is a reference to the reinforcing fibers ( The direction of c) is wound around the pole's axis.

Thereby, similarly to the invention of Claim 6, each reinforcement fiber (c, d) is arrange | positioned in the state staggered by 30 degrees which is half of the crossing angle of 60 degrees.

As shown in FIG. 3, when the auxiliary patterns 1 and 5 intersect in four directions on the same plane, four reinforcing fibers cross each other at an intersecting angle of 45 °. As shown in Figs. 3A and 3B, when the crossing angle is 45 °, the first auxiliary pattern 1 and the second auxiliary pattern 5 are 22.5 °, which is half of 45 °. Placed staggered state. In this case, however, the reinforcing fibers c serving as the reference are not arranged in the state along the pole axial direction or the circumferential direction.

As shown in Fig. 1, the first main pattern 3 is formed by cutting a prepreg formed by impregnating a thermosetting resin such as epoxy into a group of reinforcing fibers such as carbon fibers mixed in one direction. do. The prepreg is formed by mixing reinforcing fibers such as carbon fibers in the pole circumferential direction and impregnating the mixed reinforcing fibers with a thermosetting resin such as epoxy. The length of the axial direction along the pole axial direction is the auxiliary pattern (1, 5). The width w along the circumferential direction of the pole is longer than the length of the axial length of), and it is cut | disconnected by one layer which winds only once in the mandrel 2.

As shown in FIG. 1, the second main pattern 4 has a configuration substantially the same as that of the first main pattern 3, but the direction of the reinforcing fibers mixed in one direction is set in the long axis direction. The width W along the circumferential direction of the pole is cut out to have a plurality of layers which are wound around the mandrel 2 only once.

As shown in Fig. 1 (b), the rod A is formed by overlapping the auxiliary patterns 1 and 5 and the main patterns 3 and 4 as described above.

In the state which connected the pole A comprised as mentioned above by the pull-out type | mold, the auxiliary pattern of the bulging part by the auxiliary pattern 5 of the pole base end part of a small diameter pole, and the pole end of the pole pole of a large diameter pole ( The fitting part by 1) is press-bonded to strengthen the joint connection state, and since the reinforcing fibers constituting the auxiliary patterns 1 and 5 are arranged in the inclined direction with respect to the pole axis, the pole end portion and the pole end portion The cracks are suppressed.

[Second embodiment]

As shown in FIG. 4, the difference from the first embodiment is that, after winding the second main pattern 4, before winding the second auxiliary pattern 5, the axis along the pole axis direction as the third intermediate layer. The short slit-like prepreg tape 6 is wound around the entire length of the pole. The reinforcing fibers of this prepreg tape 6 are arranged in the circumferential direction of the pole.

By the above structure, the innermost layer arrange | positions two main patterns 3 and 4 and the prepreg tape 6 as a 1st auxiliary pattern 1, an intermediate | middle layer, and the 2nd auxiliary pattern 5 as an outermost layer Arrange the poles (A).

[Third Embodiment]

As shown in FIG. 5, the points of winding the first auxiliary patterns 1 and 1 on the mandrel 2 by arranging the first end portions and the long base end portions are the same. The slit-shaped prepreg tape 6 is wound around the entire length of the pole on the outer side of the first auxiliary patterns 1 and 1. The reinforcing fibers of this prepreg tape 6 are arranged in the circumferential direction of the pole. Next, the said 2nd main pattern 4 is wound around the outer side of this prepreg tape 6, and the said 2nd auxiliary pattern 5, 5 is wound up and wound. The prepreg tape 7 is wound around the outside of the second auxiliary pattern 5 over the entire length of the pole. The reinforcing fibers of this prepreg tape 7 are arranged in the circumferential direction of the pole.

By the above structure, the innermost layer arranges the first auxiliary pattern 1, the main pattern 4 and the prepreg tape 6 as the intermediate layer, and the second auxiliary pattern 5 as the outer intermediate layer, The prepreg tape 7 is arrange | positioned as outermost layer, and the pole A is comprised.

Next, the structure in the joint part of the small diameter side pole 8, such as a repair stand, and the large diameter side pole 9, such as a 2nd stand, is demonstrated.

In the previous structure, the mandrel has a tapered surface whose outer peripheral surface is constant over the entire length, and the main pattern wound thereon is also formed in a trapezoidal shape along the tapered surface. Therefore, the pole after shaping | molding is formed in the cylinder which has a fixed inclined outer peripheral surface to the pole base end side edge part of the small diameter side pole 8, as shown in FIG. Then, the auxiliary pattern 10 which is wound around the outer peripheral surface of the pole base end side edge part of the small diameter side pole 8, and comprises a seam part also shows a tapered surface similarly. The long end side end surface of the large diameter side pole 9 is joined to the pole base end side edge part of this small diameter side pole 8, and the elongate state of a pull-out pole is fixed. In this case, the stiffness at the pole end of the joint portion R where the pole end side end surface of the large diameter side pole 9 is joined to the pole base end side end of the small diameter side pole 8 at the pole end The difference comes out as shown by the arrow in stiffness. This stiffness difference was felt as a support feeling, and when the pole was bent, there was a fear that the curvature of the pole was not continuously connected at the joint portion.

Take the following measures against these shortcomings. As shown in FIG.6 (a) and FIG.6 (b), the part corresponded to the joint part R as the mandrel 12 is formed in the cylindrical surface parallel to the pole axis. In accordance with the shape of the outer circumferential surface of the mandrel 12, the long base end portion of the main pattern 14 is cut to have a fixed width L. The small diameter side pole 11 is formed using this main pattern 14. There is no change in the taper shape of the pole repair side edge part of the large diameter side pole 9. And the bulging part is formed in the pole base end part of the small diameter side pole 11 by the auxiliary pattern 13.

With the above structure, in the extended state which pulled out the small diameter side pole 11 from the large diameter side pole 9, since the rigidity in the joint part R is uniformized as shown by the arrow, it is a feeling of support. This is eliminated and the long bending is continuously performed well.

[Other Embodiments]

(1) In the first embodiment, the second main pattern 4 may be one as the main pattern, or the first main pattern 3 may be set to two pieces of the second main pattern 4. It may be sandwiched by two second main patterns 4 and 4, and a three-layer structure may be adopted.

(2) In the 1st auxiliary pattern 1 and the 2nd auxiliary pattern 5, the reinforcement fiber arrange | positioned in the state which intersects at predetermined crossing angle (theta) from the direction more than three directions on the same plane is the said intersection. Although only half of the angle θ is arranged in a staggered state, the first auxiliary pattern 1 and the second auxiliary pattern 5 may be arranged so that the reinforcing fibers overlap with each other without being crossed.

Moreover, you may change the number of directions which the reinforcement fiber of the 1st auxiliary pattern 1 and the 2nd auxiliary pattern 5 cross | intersect to another thing. Therefore, the present invention is not limited to only three or four directions.

(3) As the reinforcing fibers, in addition to carbon fibers, aramid fibers, boron fibers, alumina fibers, silicon carbide fibers, and glass fibers may be used, and auxiliary patterns (rather than elastic modulus of the fibers used for the main patterns 3 and 4). Low elastic modulus of 1, 5) is used. As the main patterns 3 and 4, carbon fibers of PAN system or pitch system can be used, and high modulus fibers having an elastic modulus of about 30 tons / square millimeter are used.

 ADVANTAGE OF THE INVENTION According to this invention, the strength improvement in the joint part of a small diameter pole and a large diameter pole can be aimed at.

Claims (6)

The first auxiliary pattern, which is shorter than the full length of the long pole, is arranged to form the innermost layer, respectively, and the main pattern having the same length as the full length of the long pole is arranged outside the innermost layer. Arranged to form an intermediate layer, and a second auxiliary pattern that is shorter than the full length of the pole is disposed on the pole tip and the pole base end at the outside of the intermediate layer to form the outermost layer, and the main pattern is mixed in one direction. A prepreg formed by impregnating a thermosetting resin into the reinforcing fiber group is cut and formed into a predetermined shape, and the first and second auxiliary patterns are crossed in a state where they cross at a predetermined intersection angle from three or more directions on the same plane. Pull-out fishing which cuts and forms the prepreg formed by impregnating a thermosetting resin to the predetermined | prescribed shape in the arranged reinforcement fiber group. Rod for rod. The first prepreg formed by impregnating a thermosetting resin in a group of reinforcing fibers cross-oriented so as to cross each other with a predetermined crossing angle from three or more directions on the same plane has a short axial length along the pole axis direction. The second prepreg formed by impregnating the secondary pattern by forming the auxiliary pattern and impregnating the thermosetting resin with the reinforcing fiber group mixed in one direction, wherein the axial length along the pole axis direction is larger than the axial length of the auxiliary pattern. The main pattern is formed by cutting into an elongated shape, and the auxiliary pattern is limited to a pole end side corresponding position and a pole base end side corresponding position, respectively, to be wound around a mandrel, and to the outer side of the auxiliary pattern wound around the mandrel. The pattern is rolled up, and the pole tip side corresponding position and the pole base end side corresponding position are outside the main pattern. A method of manufacturing a rod for a pull-out fishing rod, which winds the auxiliary pattern on a tooth. The method of claim 1, The intermediate layer is composed of a plurality of layers, and the inner intermediate layer located at the innermost side in the intermediate layer has a width of about one round corresponding to the circumferential length of the mandrel and the reinforcing fibers are arranged in the direction along the circumferential direction of the pole. In addition to the configuration of the first main pattern, the outer intermediate layer located on the outer side of the inner intermediate layer has a width of several wheels corresponding to several times the circumferential length of the mandrel and is in the direction along the pole axis direction. A pole for a fishing rod composed of a second main pattern placing reinforcing fibers. The method of claim 1, The intermediate layer is composed of three layers, and the first intermediate layer, which is located at the innermost side in the intermediate layer, has a width about one circumference corresponding to the circumferential length of the mandrel and the reinforcing fibers are arranged in the direction along the circumferential direction of the pole. The second intermediate layer located on the outer side of the first intermediate layer has a width of several wheels corresponding to several times the circumferential length of the mandrel and is along the pole axis direction. The second main pattern having the reinforcing fibers arranged in the direction, and the third intermediate layer located further outside of the second intermediate layer is composed of a tape wound by turning a slit-shaped prepreg tape over its entire length. Puller rod. The inner auxiliary pattern is arranged on the pole tip and the pole base end to form the innermost layer, and the slit-shaped prepreg tape in which the reinforcing fibers are mixed along the circumferential direction of the pole is placed outside the innermost layer. The second intermediate layer is formed by a main pattern having a width of several wheels corresponding to several times the circumferential length of the mandrel and arranging the reinforcing fibers in the direction along the pole axial direction. And an outer auxiliary pattern disposed at each of a pole end portion and a pole end portion at an outer side of the second intermediate layer to form a third intermediate layer, and on the outside of the third intermediate layer, a slit-like mixture of reinforcing fibers along the circumferential direction of the pole. The prepreg tape is rolled over the entire length of the pole to form the outermost layer, and the inner auxiliary pattern located on the innermost layer A third pull implant rod for fishing rods, which forms the outer auxiliary pattern disposed in the intermediate layer, a prepreg of reinforcing fibers are crossed at a predetermined cross angle from three or more directions on the same plane. The method of claim 5, The inner auxiliary pattern located in the innermost layer and the outer auxiliary pattern located in the third intermediate layer are formed of the same prepreg in which the reinforcing fibers intersect at a predetermined intersection angle from three or more directions on the same plane, Staggering the outer auxiliary pattern relative to the inner auxiliary pattern so that the reinforcing fibers cross oriented in the inner auxiliary pattern do not overlap the reinforcing fibers cross oriented in the outer auxiliary pattern Pulling rod for placing.

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