JP2007282530A - Spinning rod - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a spinning rod which can avoid freezing in the line through hole of a fine guide and further avoid conventional problems on a reel seat, even when spinning in a severe winter season. <P>SOLUTION: This spinning rod is characterized by attaching yarns 4 comprising high moisture-absorbing exothermic fibers which absorb moisture and generate heat, to the leg portions 3a, 3b of line guides 2, 3 attached to the outer peripheral surfaces of a rod body. The spinning rod inhibits freezing in the line through holes in the line guides 2, 3 and can avoid a state that a line can not be wound up or delivered, when frozen. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a fishing rod equipped with a fishing line guide on the outer surface of the rod.

  A fishing line guide is configured by supporting a metal support frame on a frame, forming a fishing line insertion hole in the upper part of the support frame, and fitting and mounting a wear-resistant ring body in the hole. (See Patent Document 1).

Noto 2550524 (Figs. 1-3)

When fishing in severe cold season, the fishing line is pulled up on the water surface with moisture attached, and when passing through the insertion hole of the fishing line guide, moisture is attached to the insertion hole by contact with the insertion hole. . Then, the adhering water freezes and closes the insertion hole, and eventually the fishing line and the ice part are integrated and fixed to the insertion hole. It was.
In addition, in the reel seat or the like, since the angler performs a fishing operation by placing fingers on the reel sheet and the reel together with the fishing rod, there is a problem that the cold feeling of the reel sheet makes the angler uncomfortable.

  An object of the present invention is to provide a fishing rod that can avoid icing in a fishing line guide portion and avoid the conventional problems with a reel seat or the like even in extreme cold season fishing.

〔Constitution〕
The characteristic configuration of the invention according to claim 1 resides in that a hygroscopic heating fiber body is attached to a fishing line guide attached to the outer surface of the rod body, and the function and effect thereof are as follows.

[Action]
Since the hygroscopic heating fiber body is attached to the fishing line guide, the line absorbs the moisture and moisture in the air lifted by the fishing line and generates heat, and the generated heat is transmitted to the fishing line guide. The entire fishing line guide is heated.

〔effect〕
Therefore, even if the fishing line lifts the water that has been lifted up and adheres to the fishing line guide, the fishing line guide itself is heated. Moisture does not stop at the insertion hole, and a state where the fishing line cannot be wound up or fed out can be avoided.

  The characteristic configuration of the invention according to claim 2 resides in that the leg portion of the fishing line guide is a thread made of moisture-absorbing heat generating fibers and is fixedly attached to the outer surface of the housing, and the function and effect thereof are as follows.

[Function and effect]
That is, the yarn made of moisture-absorbing heat-generating fibers absorbs moisture that has fallen along the legs and moisture that has entered through the outer surface of the housing, and generates heat. Due to this heat generation action, heat is transmitted to the thread insertion hole along the leg portion, and ice formation is prevented.
In addition, the fishing line guide leg is attached and fixed to the outer surface of the housing with a thread made of moisture-absorbing heat-generating fibers, so that the thread made of moisture-absorbing heat-generating fibers also functions as a fishing line guide mounting thread, so that the heating action This function is combined with the function of the attachment thread.

  The characteristic configuration of the invention according to claim 3 is that the sheet base portion of the plate-shaped reel sheet is attached and fixed to the outer surface of the housing with a thread made of moisture-absorbing heat-generating fibers. It is.

[Function and effect]
That is, the yarn generates heat by absorbing moisture that travels along the reel sheet and moisture that penetrates along the outer surface of the housing. This heat generation action prevents the reel sheet from being heated and cooled.
Moreover, since the reel sheet is attached and fixed to the outer surface of the housing with a thread, the thread also functions as a reel sheet mounting thread, so that the heating function and the mounting thread function are combined. .

  The characteristic structure of the invention according to claim 4 is that the leg portion of the fishing line guide is a thread made of moisture-absorbing heat generating fibers, and is attached and fixed to the outer surface of the housing. The function and effect are as follows.

[Function and effect]
A double structure in which the fishing line guide legs are wound with a non-hygroscopic heat-generating fiber on a hygroscopic heat-generating fiber, so that the load applied to the line can be reduced and the heat can be fully exerted on the thread. Can be
In addition, since the thread directly wraps and fixes the leg portion, moisture entering from the outer surface of the leg portion or the casing can be sufficiently absorbed, and the heat generating action can be effectively performed.

  The characteristic configuration of the invention according to claim 5 is that the sheet base portion of the plate-shaped reel sheet is attached and fixed to the outer surface of the housing with a thread made of moisture-absorbing heat-generating fibers, and non-overhanging from above the thread made of the moisture-absorbing heat-generating fibers. This is because a yarn made of moisture-absorbing exothermic fibers is wound, and the function and effect thereof are as follows.

[Function and effect]
A double structure in which a yarn made of non-hygroscopic heat-generating fiber is wound around a yarn made of moisture-absorbing heat-generating fiber can reduce the load imposed on the yarn made of moisture-absorbing heat-generating fiber. It can be dedicated to a function that can be fully demonstrated.
In addition, since the yarn made of moisture-absorbing heat generating fibers is directly wound around and fixed to the reel sheet, the moisture entering from the outer surface of the reel sheet or the casing can be sufficiently absorbed, and the heat generating action can be effectively performed. Can do.

  The characteristic configuration of the invention according to claim 6 is the invention according to claim 4 or 5, wherein the yarn made of the non-hygroscopic heating fiber is covered with a resin paint, and the winding state of the yarn made of the non-hygroscopic heating fiber is fixed. The operational effects are as follows.

[Function and effect]
The attached state of the fishing line guide or the reel sheet is strengthened by the resin paint. And even if the yarn made of non-hygroscopic heating fiber is coated with the resin paint, the yarn made of moisture absorbing heating fiber located inside the yarn made of non-hygroscopic heating fiber is in direct contact with the fishing line guide and reel sheet, And since moisture can be absorbed from the outer surface of a housing, a heat_generation | fever effect | action can fully be performed.

  The characteristic configuration of the invention according to claim 7 resides in that a yarn made of moisture-absorbing exothermic fibers is applied as a decorative yarn on the surface of the reel sheet or the hood, and the function and effect thereof are as follows.

[Function and effect]
By applying a yarn made of moisture-absorbing heat-generating fibers, a function having both decoration and heating action can be achieved.

[First embodiment]
The lure rod A will be described. As shown in FIG. 1, the tip side rod 1 is provided with a top guide 2 and an intermediate guide 3.
The front leg 3a is extended from the annular frame frame 3A holding the fishing line guide ring made of hard ceramic made of silicon carbide or the like toward the tip side in order to form the fishing line insertion hole in the intermediate guide 3 In addition, the rear leg 3b extends from the annular frame 3A toward the buttock side.

The intermediate guide 3 is integrally formed of stainless steel or titanium material, and has high heat retention. The intermediate guide 3 places both the placement parts of the front and rear legs 3 a and 3 b on the surface of the tip side rod 1, and spans the placement part of the front and rear legs 3 a and 3 b and the peripheral surface of the tip side rod 1. By assembling the assembly thread 4, the assembly thread 4 is fixed. A resin paint 5 is applied from above the assembly thread 4 to be assembled and fixed, and the assembled state of the assembly thread 4 is fixed. Here, the assembled yarn 4 refers to a yarn made of ordinary fibers (non-hygroscopic heat-generating fibers) other than the highly moisture-absorbing heat-generating fibers described later.
As the resin paint 5, an epoxy resin or the like can be used.

A thread 6 as a hygroscopic heating element as described below is wound around a vertically facing portion of the front and rear legs 3a and 3b that hangs downward from the annular frame 3A.
Here, the yarn 6 used is a yarn made of highly hygroscopic exothermic fibers. This highly hygroscopic exothermic fiber is Moiscare (registered trademark) manufactured by Toyobo Co., Ltd., and is an acrylate fiber that repeatedly absorbs and releases moisture (breathing) for a long time and generates heat of adsorption when absorbing moisture.

The standard physical properties of the above moisturizer are as follows.
(1) decitex x fiber length 4.4 dtex (4.0 d) x 50 mm
(2) Moisture absorption rate Moisture absorption rate 41% (20 ° C, RH 65%)
(3) Moisture absorption calorific value 1449 J / g (25 ° C., RH 80.5%)
(4) Deodorant Ammonia was not detected after 10 minutes (690 ppm, 500 ml / g)
(5) Antifungal property No growth (Test of JIS Z2911.6.2.2 fiber)

  By winding the above-described fiber around the vertical portions of the guide legs 3a and 3b, the fiber absorbs moisture adhering to the fishing line and generates heat, and the fishing line insertion hole in the fishing line guide ring is blocked by freezing. Can be prevented.

[Another embodiment of the first embodiment]
In the above embodiment, the assembly leg 4 is used to fix the guide leg 3b. However, a thread 6 made of highly hygroscopic heat-generating fibers may be used instead of the assembly thread 4. Thus, it is not necessary to use the assembled yarn 4 and the yarn 6 made of highly hygroscopic exothermic fibers separately.
Further, as the intermediate guide 3, other metals such as titanium other than stainless steel may be used as long as the strength is sufficient. In that case, it is necessary to use the surface with antirust coating or the like.

[Second Embodiment]
As shown in FIG. 2, the heat retaining structure for the intermediate guide 3 will be described. Here, the intermediate guide 3 to be used is of the single leg type, and is configured by extending the rear leg 3b from the annular frame 3A holding the fishing line guide ring toward the buttock side.
The intermediate guide 3 used here is also made of a metal material such as a stainless material similar to that shown in the first embodiment.
As shown in FIG. 2 (a), the placing portion of the rear leg 3b is placed on the surface of the tip side rod 1, and is wound and fixed with a thread 6 made of highly hygroscopic exothermic fibers. Here, the thread 6 used for fixing the rear leg 3b or the like is hereinafter referred to as a wound thread 6. The winding yarn 6 is closely wound in a close state, and is wound over a range from the top of the placement portion to the surface of the tip side rod 1.

As shown in FIG. 2 (b), the assembly yarn 4 is wound around the wound yarn 6 which is tightly wound. A normal non-twisted cotton yarn is used as the assembly yarn 4, and the winding form is also tightly wound. As shown in FIG. 2C, a resin paint 5 is applied so as to cover the assembly yarn 4, and the assembly state of the assembly yarn 4 and the winding yarn 6 is fixed.
As shown in FIG. 2 (d), the winding thread 6 is not directly covered with the resin paint 5, so that the winding thread 6 absorbs moisture that has entered through the surface of the tip side rod 1. Heat is generated and the intermediate guide 3 is heated.

[Another embodiment of the second embodiment]
In the above-described embodiment, the winding yarn 6 is wound and the assembly yarn 4 is overlapped on the winding to fix the rear leg 3b, but here, a configuration in which only the winding yarn 6 is assembled is adopted. Also good. Thereby, it is not necessary to wind the assembly yarn 4 and the winding yarn 6 in an overlapping manner.

[Third Embodiment]
Here, the heat retaining structure for the plate-shaped reel sheet 7 will be described. As shown in FIG. 3, the plate-shaped reel seat 7 integrally forms a fixed hood 8 on the heel side with respect to the plate-shaped sheet base 7A, and a movable hood 9 on the heel side of the seat base 7A. , And is configured to be movably mounted via the mounting base portion 9A.

  In order to attach the plate-shaped reel sheet 7 to the proximal rod 10, the plate-shaped reel sheet 7 is placed on a predetermined mounting surface of the proximal rod 10, and further than the fixed hood 8 in the plate-shaped sheet base 7 A. A heel tip 7a located on the heel side, an intermediate part 7c between the fixed hood 8 and the mounting base 9A to which the movable hood 9 is attached, and a buttock end located further on the buttock side than the mounting base 9A 7b is attached and fixed with the winding thread 6, respectively.

  The assembly yarn 4 is overwrapped from above the winding yarn 6, and the resin coating 5 is applied thereon to fix the winding state of the assembly yarn 4 and the winding yarn 6. Thus, by winding the winding yarn 6, moisture is passed through the gap between the plate-like sheet base 7 </ b> A and the outer surface of the proximal rod 10 and the gap between the proximal rod 10 and the winding yarn 6. When the winding yarn 6 absorbs and generates heat, the metal plate-like sheet base 7A is heated and kept warm.

[Another embodiment of the third embodiment]
In the above-described embodiment, the fixing sheet 4 is used to fix the plate-like sheet base 7A to the proximal rod 10 and the winding thread 6 is overlapped and wound thereon. A configuration may be adopted. This eliminates the need to wrap the assembly yarn 4 and the winding yarn 6 in layers.

[Fourth Embodiment]
Next, what uses the thread | yarn 6 which consists of a highly hygroscopic exothermic fiber also decoratively is demonstrated. As shown in FIG. 4, the luer rod A is configured as a two-piece type of a heel side rod 1 and a proximal side rod 10, and a reel seat 11 and a front grip 12 are disposed at the heel end portion of the proximal side rod 10. A rear grip 13 is provided.

  The reel seat 11 is provided with a cork front grip 12 on its tip side, and a cork rear grip 13 on the butt end side of the reel sheet 11. A hood 14 is fixed, and a movable hood 15 made of aluminum is linked to the front grip 12.

  As shown in FIG. 4A, the movable hood 15 is linked to the front grip 12 so as to be slidable integrally with the front grip 12 while being relatively rotated by the rotation of the front grip 12 around the shaft axis. .

  The movable hood 15 and the fixed hood 14 are metal rings, and as shown in FIG. 4 (b), two recessed grooves surrounded by three annular walls 15A (14A) are formed on the outer peripheral surface. The thread 6 made of highly hygroscopic exothermic fiber is fitted into the recessed groove, and is fixedly bonded. A predetermined decorative color is given to the yarn 6 made of highly hygroscopic heat-generating fiber, and it has a decorative function of the reel mounting portion.

  On the other hand, since the yarn 6 is a highly hygroscopic heating fiber, it absorbs moisture from the fishing ground, generates heat, heats the movable hood 15 and the fixed hood 14, and holds the reel seat 11 to perform a fishing operation. When the user touches the metal movable hood 15 or the like, a cold touch is not given.

[Another embodiment of the fourth embodiment]
As a non-slip winding thread in a grip such as a spatula, a thread made of the above-described highly hygroscopic exothermic fiber may be used. That is, a grip having a high flexibility such as foam or sorbosein is formed into a spindle shape, and a thread is wound around the spindle-like surface vertically and horizontally in order to prevent slipping and shape retention. By using a yarn made of the above-described highly hygroscopic exothermic fiber in place of this yarn, not only anti-slip properties and shape retention properties but also heat generation performance can be imparted.

[Another embodiment]
(1) In the above description, the form in which the yarns 4 and 6 made of highly hygroscopic exothermic fibers are applied to the intermediate guide 3 is shown, but it may be applied to the top guide 2.
(2) Although the embodiment using the yarns 4 and 6 made of highly hygroscopic exothermic fibers has been shown, in particular, the hygroscopic exothermic fibers may not have high exotherm but may have normal exothermic properties. .
(3) The hygroscopic heating element 6 may be a nonwoven fabric made of highly hygroscopic exothermic fibers.

(A) is a side view showing the tip side rod of the lure rod, (B) is a portion of the leg portion of the fishing line guide which is vertically oriented and placed on the placement portion with a thread made of highly hygroscopic heating fibers, A perspective view showing a state in which a mounting thread is wound from above and resin paint is applied and fixed from above. (A) applies a thread made of highly hygroscopic exothermic fiber to a single leg guide, (B) winds a mounting thread from above, and (C) applies a resin paint from above to fix it. The perspective view which shows the state which is in, (2) is sectional drawing The perspective view which shows the state which gave the thread | yarn which consists of a highly hygroscopic exothermic fiber to a plate-shaped reel sheet | seat, wound the attachment thread | yarn from the top, and also gave the resin paint from it, and is fixed (A) is a side view showing a state in which a thread made of high moisture absorption heat generation fibers is applied to the movable hood and the fixed hood for decoration. (B) is a vertical side view showing the movable hood and the fixed hood with a yarn made of highly hygroscopic exothermic fibers for decoration.

Explanation of symbols

2,3 Fishing line guide 3a, 3b Leg 4 Thread made of non-hygroscopic heating fiber 5 Resin paint 6 Thread made of moisture absorbing heating fiber 7 Plate-shaped reel sheet 8,9 Hood

Claims (7)

  A fishing rod in which a hygroscopic heating fiber body is attached to a fishing line guide attached to the outer surface of the rod body.   A fishing rod in which the legs of the fishing line guide are attached and fixed to the outer surface of the housing with a yarn made of moisture-absorbing heat-generating fibers.   A fishing rod in which a sheet base portion of a plate-like reel sheet is attached and fixed to the outer surface of the housing with a thread made of moisture-absorbing heat-generating fibers.   A fishing rod in which legs of a fishing line guide are attached and fixed to an outer surface of a housing with a yarn made of moisture-absorbing heat-generating fibers, and a yarn made of non-absorbing heat-generating fibers is wound around the yarn made of the moisture-absorbing heat-generating fibers.   The sheet base portion of the plate-like reel sheet is attached and fixed to the outer surface of the housing with a yarn made of moisture-absorbing heat-generating fibers, and a yarn made of non-hygroscopic heat-generating fibers is wound on the yarn made of the moisture-absorbing heat-generating fibers. fishing rod.   The fishing rod according to claim 4 or 5, wherein the yarn made of the non-hygroscopic heating fiber is covered with a resin paint, and the winding state of the yarn made of the non-hygroscopic heating fiber is fixed.   A fishing rod in which a yarn made of moisture-absorbing exothermic fibers is applied as a decorative yarn on the surface of a reel sheet or hood.

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