KR20090086290A - Protection cover for top section of a fishing rod - Google Patents

Abstract

A protection cover for the top section of a fishing rod is provided to maintain mounting balance of the rod stably and easily when tightening operation is performed with appropriate clamping force. A protection cover for the top section of a fishing rod includes the followings: a cover main body; a seat part(5) in which the rod is mounted, and installed at a rear side of the cover main body; a tightening belt(21) supporting and fastening the rod on the seat part. The seat part includes a main body part(7). The main body part includes a cover main body. A protrusion(11) is formed on the rear surface(9) of the seat part. A mat(17) of a plate shape is formed on the top(13) of the main body. An insertion hole(15) is formed on a side of a concave part.

Description

Protection Cover For Top Section Of A Fishing Rod}

The present invention relates to a fishing rod protective cover for a fishing rod.

When attaching the fishing rod protective cover of a rod with a guide of a conventional product (hereinafter referred to as Patent Document 1) to a fishing rod, first, the rod is held by one hand, and the other is held by the other hand. The cover body is covered by the cover stand, the rod body is placed on the anti-slip mat placed on the base body of the pedestal. Next, the forefinger is also pushed and gripped from the lower side by moving the forefinger, thereby holding the proton with one hand. Then, by pulling the fastening belt formed of rubber material with one of the empty hands, it is wound around the outer circumference of the rod, and the rod is fitted by fitting the fitting hole of the fastening belt to the engagement fixing protrusion provided on the outside of the pedestal part. Tighten and support the pedestal.

Patent Document 1: Japanese Unexamined Patent Publication No. 1-31017

In this structure, the friction force between the fastening belt and the rod is skillfully used, and once the fastening support is performed, the chord protection cover can be firmly fixed to the rod, that is, without shaking.

However, in the fastening support operation, the tension force is applied to the pedestal part while the fastening belt is wound around the outer periphery of the rod, and the mounting balance of the pedestal part of the rod and the chocolate protective cover is easily broken. Then, once the mounting balance is broken and the pedestal part is shaken, the winding and fitting operation of the fastening belt becomes difficult to be performed considerably.

In particular, since the fastening belt hardens when the temperature decreases, such as in winter, when the fastening support work is performed, the fastening belt has to be pulled more strongly, and as a result, the tension force applied to the pedestal portion becomes larger, and thus, it becomes easier to shake.

If the forefinger presses harder, the above-described shaking may be prevented, but if the force is increased, the tip of the toe sometimes slips, and this time, the slipper may be broken by an unexpected sliding.

Therefore, the present invention can easily and stably maintain the placement balance between the rod and the pedestal when performing the clamping support operation by the appropriate gripping force that can solve the above problems. It is an object to provide a fishing rod protective cover for a fishing rod.

As a result of diligent research, the present inventors have studied the shape of the pedestal part, and even if the pedestal force is applied to the pedestal when performing the clamping support work, the force of the pedestal part can be overcome by making it easier to balance the force using the principle of lever. It discovered what was possible and came to devise the following invention.

The invention of claim 1 is provided with a cover main body, a rear portion of the cover main body, one end of which is mounted a rod, and one end attached to the pedestal, which is wound around an outer periphery of the placed rod to provide the rod. A fishing rod protective cover of a type having a fastening belt for fastening and supporting the pedestal portion, the rod shaft of which is placed in a vertical direction when held together with the rod by one hand in a fastening support operation. In view of the cross section, the pedestal portion is located at two places where the contact portion with the rod is fitted with the pressing portion of the index finger, and the end of the winding-up start side of the fastening belt outside the one contact portion. It is a fishing rod protection cover for fishing rods characterized in that it is formed so that it may be located.

According to the invention of claim 2, in the fishing rod protective cover according to claim 1, the cross section of the rod shaft vertical direction is viewed, and the side where the rod of the pedestal portion abuts has a V shape or a U shape. A fishing rod protective cover for a fishing rod characterized by the above-mentioned.

In the invention according to claim 3, in the fishing rod protective cover for fishing rod according to claim 2, the end portion of the pedestal starting from the pressing portion of the forefinger is rigid and the thickness is constant or abuts. It is a fishing rod protection cover for fishing rods characterized by the thickness of the pressing part being set thinner from a site | part.

The invention according to claim 4, wherein the fishing rod protective cover according to any one of claims 1 to 3, wherein the abutting portion of the pedestal portion is made of an anti-slip material, characterized in that the fishing rod protective cover for fishing rods to be.

The fishing rod protection cover for fishing rods of Claim 5 WHEREIN: The fishing rod protection cover for fishing rods of Claim 4 is comprised by the rigid base part body and the anti-slip mat spread on the upper surface. It is a cover.

According to the fishing rod protective cover for fishing rods of this invention, even if the tension force is applied to the pedestal by pulling the fastening belt during the fastening support operation, the mounting balance of the rod and the pedestal part is stably maintained, and the pedestal part is difficult to shake.

The chord protection cover 1 of the rocking rod which concerns on embodiment of this invention is demonstrated according to drawing.

1 shows a perspective view of a chord protective cover 1.

Reference numeral 3 denotes a cover main body. The cover main body 3 is substantially cylindrical in shape, and its tip is closed, and the upper part is notched largely toward the tip side from the rear end opening to form a storage port of the chocolate box.

Reference numeral 5 denotes a pedestal portion, and the pedestal portion 5 is continuously provided on the rear side of the cover body 3.

The pedestal part 5 has a pedestal body 7, which is integrally formed of a cover body 3 and a rigid material such as hard plastic. have. The pedestal main body 7 has a shape in which a rectangular flat plate is bent into a V shape, and one side of the V-shaped section of the cross section is continuous with the bottom end of the rear end of the cover main body 3. A coupling fixing protrusion 11 is integrally formed on the lower surface 9 of the pedestal main body 7.

On the upper surface 13 of the pedestal main body 7, a shallow recess for accommodating the rectangular plate-shaped anti-slip mat 17 described later is formed, and an insertion hole 15 is formed on the side of the recess.

Grooves are formed in the center of the rectangular flat nonslip mat 17. The anti-slip mat 17 is laid so as to fill the concave portion in a state of being bent into a V shape with its groove as a valley corresponding to the V shape of the upper surface 13 of the base body 7, The exposed upper surface 19 is a side surface in contact with the rod s. The upper surface 19 slightly protrudes upward from the upper surface 13 of the pedestal main body 7.

Reference numeral 21 denotes a fastening belt, and the fastening belt 21 has a thin belt shape. The fastening belt 21 is provided with a fitting hole 23 to be fitted to the engagement fixing projection 11 described above.

The fastening belt 21 and the anti-slip mat 17 are integrally formed of soft rubber, and the base end of the fastening belt 21 is connected to the lower surface of the anti-slip mat 17. As described above, the anti-slip mat 17 not only forms the pedestal 5 together with the pedestal main body 7, but also functions as a support of the fastening belt 21.

When the fastening belt 21 is attached to the pedestal main body 7, the fastening belt 21 is inserted into the insertion hole 15 from the distal end side and comes out, and the anti-slip mat 17 as the support portion is provided in the recess. It is fitted and fixed. If it slips, fix it with adhesive firmly as needed.

2 and 3 show a state in which the cover body 3 is placed on the chord stand, and the rod s is held on the pedestal part 5 with one hand while being gripped together on the chord stand side and the rod rear end side (竿 尻). Each is shown in (iii). The fastening belt 21 is held but not drawn.

The V-shaped bottom part of the pedestal main body 7 is pressed down by the index finger i, and the rod s is pressed up by the thumb t. The rod s is pressed from the lower side like the forefinger i with the other finger as well.

In addition, the direction (= up-down direction) pressed by a finger is based on the drawing of FIGS. 2 and 3, If an arm is bent, even if the holding state is the same, the actual up-down relationship may be replaced, but for convenience of description, in this specification, , The base portion 5 is described as being pressed from the lower side with the forefinger i, and the rod s is pressed from the upper side with the thumb t.

As shown in detail in the cross-sectional view of the rod shaft vertical direction in FIG. 4 (1), the abutting portion 0 ₁ , on the upper surface 19 of the anti-slip mat 17 of the pedestal portion 5 to the rod s. 0 ₂ ) becomes two places in which the pressing part A of the index finger i in the bottom part of the V-shape of the pedestal main body 7 was fitted. Moreover, the winding start side end part B of the fastening belt 21 is located in the outer side of the contact part ₀₂ . When supplementing, it is a site | part which becomes a turning point of the fastening belt 21 at the time of winding up with the winding start side end part B, In this case, the right end of the pedestal main body 7 is applicable. do.

In addition, since it shows in sectional drawing, although the contact part ₀₁ and ₀₂ and the winding start side edge part B are each shown as the point, the pedestal part 5 has a width | variety, and the contact part ( ₀₁₎ 0 ₂ ) and the winding start side end portion B actually extend in a straight line in the direction vertically penetrating the ground.

The pressing force F1 has shown the pressing force applied to the pedestal part 5 and the pedestal main body 7 directly by the press of the forefinger i. The pressing force of the other finger is also applied to the pedestal portion 5, but for convenience of explanation, only the pressing force F1 of the index finger i is drawn.

Reference numeral 25 designates a right side portion from the bottom portion of the V-shape of the rigid pedestal main body 7. This part 25 functions as a wheel axis of a lever, and produces | generates the action of a lever. That is, the contact part 0 ₂ of the right side on the anti-slip mat 17 of the pedestal part 5 is the point part, and the winding start side end portion B of the pedestal body 7 is the inverted part, Similarly, the pressurized part A of the pedestal main body 7 becomes an action point part, and produces the action of a lever.

In this embodiment, since two abutting portions 0 ₁ and 0 ₂ are provided, the abutting portion 0 ₂ serving as a point portion is difficult to escape. Therefore, the action of the lever can be used stably.

4 (2) is a corresponding view of the prior art 101 shown for convenience of contrast. An anti-slip mat 105 is laid on the outline plate main body 103. In this conventional product 101, the contact part 0 of the anti-slip mat 105 to the rod s is one place. In this illustrated state, since it is in the direction of action of the pressing force F1 applied to the pressing portion A of the index finger i in the bottom portion of the abutting portion 0 of the base body 103, the present invention 1 There can be no leverage like).

In the state of FIG. 4, the chord protection cover 1 (hereinafter, described as "the present invention" for convenience of contrast) and the prior art 101 also have a rod s and a pedestal (base pedestal body + anti-slip) Mat) is maintained stably, but in the present invention (1), three points are supported by the portion (0 ₁ , 0 ₂ ) and the pressing portion (A) where the pedestal portion 5 abuts, thereby maintaining more stably. do.

Hereinafter, even if the fastening belt 21 is pulled during the fastening support operation | work while contrasting this invention 1 with the prior art 101, it mounts to the base part of the rod s consistently by use of the action of a lever. The balance is easily maintained stably.

5 shows the state in which the fastening belt 21 is pulled upward immediately after the start of the work.

In this state, as shown in FIG. 5 (1), in the present invention 1, the tension force F ₂ from the fastening belt 21 to the winding start side end portion B of the pedestal main body 7. The tension force F ₂ can be obtained by appropriately strengthening the pressing force F ₁ of the index finger i by using the action of the lever. That is, the placement balance is adjusted by adjusting the pressing force F ₁ of the forefinger i in a direction in which the index finger i is strong while considering the distances L ₁ and L ₂ such that F ₁ × L ₁ = F ₂ × L _2. Is stably maintained without change in the state of FIG.

Due to the progress of the fastening operation, the tension direction of the fastening belt 21 changes gradually. As shown in the corresponding cross-sectional views of Figs. 6 (1) and 7 (1), the present invention 1 is a By use of the action, the mounting balance of the rod s and the pedestal part 5 is easily and stably maintained.

On the other hand, when the tensile force F ₂ from the fastening belt 21 is applied to the conventional product 101 at the winding start side end portion B of the pedestal main body 103, the present invention 1 Since the action of the lever cannot be utilized by pressing with the index finger i at the same pressing force, the pedestal main body 103 is pulled up and easily as shown in the corresponding cross section of FIG. Displace, ie, shake.

Also, if the displacement from this state, since with the pressing part (A) and the abutting portion (0), the distance (L ₁₎ to fall, it appears the effect of a lever similar to the present invention (1) has occurred, the fastening belt in this state, The winding work of 21 is not finished, and the pulling direction also changes gradually. Since there is no contact part other than the contact part 0 which becomes the original point part in the prior art 101, the contact part 0 is easy to miss and forefinger i with the same pressing force as with respect to this invention 1 When pressed in, when the pulling direction becomes counterclockwise, this time the displacement L ₁ is easily displaced in the direction of decreasing.

In order to prevent such a displacement, when the pressing force of the index finger i is increased, the fingertips are easily slipped, and as shown in the corresponding cross-sectional view of FIG. There is a problem of getting out.

As can be easily seen from the comparison with the prior art 101, the present invention 1 is simply pressed with a forefinger i with a proper force, and the rod s and the pedestal part are consistent during the clamping support operation. The mounting balance with (5) can be maintained stably.

In particular, the present invention (1) is primarily responsible for the function of the stiffening base body (7) as a lubricating rod of the lever, and the non-slip mat (17) having a large frictional force of a separate body to perform the anti-slip function. , The optimum effect is gaining.

According to FIG. 8, the base part 31, 37, 43, 49 of the chord guard cover which concerns on other embodiment of this invention is demonstrated.

In the pedestal part 31, the shape of the rod shaft vertical direction of the pedestal main body 33 has an arc shape, and the anti-skid pad 35 constituting the abutting portion is provided separately from the fastening belt 21.

In the pedestal part 37, the shape of the rod shaft vertical direction of the pedestal main body 39 has a slightly curved shape, and the anti-slip mat 41 including the anti-slip protrusion constituting the abutting portion is formed by a fastening belt ( 21) and integrally formed.

In the pedestal part 43, the shape of the rod shaft vertical direction of the pedestal main body 45 is V-shaped, and the anti-skid pad 47 constituting the abutting portion is formed separately from the fastening belt 21. have.

In the pedestal portion 49, the shape of the rod shaft vertical direction of the pedestal main body 51 is U-shaped, and the anti-skid pad 47 constituting the abutting portion is formed separately from the fastening belt 21. have.

As shown in the above example, the pedestal main body can be set in V-shape, U-shape and other various shapes, and the anti-slip material does not necessarily need to be integrally formed with the fastening belt.

As mentioned above, although embodiment of this invention was described, the specific structure of this invention is not limited to embodiment mentioned above, Even if there exists a design change in the range which does not deviate from the summary of this invention, it is included in this invention.

For example, the shape of the upper surface which is the side surface which the rod part of a base contacts is what should be able to form two parts which affix the press part of an index finger, and the shape of a rod shaft perpendicular direction must be a V shape or U shape. It is not limited, You may introduce the arc shape of a prior art as it is.

However, if it is V-shaped or U-shaped, even if the diameter of the rod to be mounted fluctuates slightly, it is easy to make the distance between a contact part and a press part.

In addition, the rigid pedestal main body has a function as the wheelset of the lever and adjusts the placement balance by the pressing force of the forefinger. It is preferable that thickness is set thinner from a site | part to a winding start side edge part. Moreover, since the base part main body is normally formed by resin molding, it is easy to manufacture so that thickness may become constant.

The non-slip material is also required to have a rigidity or a shape such that the rod is lifted and supported so that the portion in contact with the pressing portion does not coincide. For example, the shape in the vertical direction of the rod shaft is V-shaped or U-shaped. Even if it is formed in a shape, it is not included in the scope of the present invention to sink by the pressure of the thumb and abut on the horizontal upper surface of the bottom.

Industrial availability

The fishing rod protective cover for a fishing rod of the present invention can be prevented from shaking simply by applying an appropriate force even when the fastening belt is wound, so that the winding and subsequent fitting work are easy to be performed, and the use is made more visibly than conventional products. It is convenient to do.

BRIEF DESCRIPTION OF THE DRAWINGS The perspective view of the chord protective cover which concerns on embodiment of this invention.

2 is an explanatory view of a holding state of the chocolate protective cover of FIG.

3 is an explanatory view of a gripping state of the chord protective cover of FIG. 1 seen from the rod end side;

4 is a cross-sectional view for comparative explanation of the present invention and the prior art.

Fig. 5 is a sectional view for comparative explanation of the present invention and the prior art.

Fig. 6 is a sectional view for comparative explanation of the present invention and the prior art.

7 is a cross-sectional view for comparative explanation of the present invention and the prior art.

8 is a cross-sectional view of a pedestal portion according to another embodiment of the present invention.

(Explanation of symbols for the main parts of the drawing)

1: chocolate protective cover

3: cover body

5: pedestal

7: base unit body

9: lower surface (base of main body)

11: joint fixing projection

13: upper surface (base of main body)

15: insertion hole

17: non-slip mat

19: upper surface (anti-slip mat)

21: fastening belt

23: fitting hole

s: load

Claims (5)

One end is attached to the cover main body, a base portion on which the rod is mounted, a base portion on which the rod is mounted, and the base portion, and is wound around the periphery of the mounted rod to fasten the rod against the pedestal portion. As a fishing rod protective cover for a fishing rod of the type provided with the fastening belt to say, When held together with the rod by one hand in the clamping support operation, the cross section in the rod shaft vertical direction of the placed rod is located at two places in which the contact portion with the rod is fitted with the pressing portion of the index finger, A fishing rod protective cover for a fishing rod, characterized in that the end portion of the winding start side of the fastening belt is positioned outside the one abutting portion. The method of claim 1, The side surface where the rod of the base part abuts in view of the cross section of the rod shaft perpendicular direction is V-shaped or U-shaped, The fishing rod protection cover for fishing rods characterized by the above-mentioned. The method of claim 2, A fishing rod protective cover for a fishing rod, characterized in that the end portion of the pedestal starting from the pressing portion of the index finger is rigid and the thickness of the pressing portion is set to be thin from the portion where the thickness is constant or abuts. The method according to any one of claims 1 to 3, A chord protection cover for a fishing rod, wherein the abutting portion of the pedestal portion is made of an anti-slip material. The method of claim 4, wherein A pedestal protective cover for a fishing rod, characterized in that the pedestal portion is constituted by a rigid pedestal body and an anti-slip mat laid on its upper surface.

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