JP2007000134A - Rod-retaining tool for breakwater - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a rod-retaining tool in which a fishing rod and the rod-retaining tool are not readily drawn into sea even when the rod-retaining tool, etc., is drawn from a fish even in a case where it is difficult to fix the rod-retaining tool on something e.g. a breakwater. <P>SOLUTION: In the rod-retaining tool, the fishing rod is retained in longitudinal two points and forward grounding point of the rod-retaining tool is kept at a position arranged close to an extension line passing through a forward rod-retaining point and a backward rod-retaining point and the extension line passing through the forward rod-retaining point and the backward rod-retaining point is retained so as to cross with a plane extending the ground in the direction on the ear tip side of the fishing rod from the forward grounding point of the rod-retaining tool. Thereby, ear tip side of the fishing rod is retained in a state lowered to the position lower than the ground of the breakwater. As a result, the rod-retaining tool has high stability of the rod-retaining tool to a fall and high stability of the rod-retaining tool to slippage to the ground. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention relates to a fishing rod retainer.

  The anchor holders need to be stable so that even if the fishing line is pulled from the fish, they are stable, and tripod holders and anchor holders that pierce the ground are generally available on the market. In addition, when it was not possible to secure a place to spread the tripod, or because the ground was made of concrete, it was impossible to use a heel holder that could be stabilized by piercing the heel holder into the ground. On the other hand, various types of dredging retainers for breakwaters have been devised, such as "methods for attaching dredge retainers to coolers", "methods with buckets and dredge retainers integrated" and "methods with pedestals" Etc. have been devised.

  The “method of attaching a hook holder to a cooler” and the “method of integrating a bucket and a hook holder” use the weight of the cooler and bucket to ensure stability.

  As a “system provided with a pedestal”, one disclosed in Japanese Patent Publication No. 9-74967 is known. The heel support is located above the front and rear end portions of the pedestal, and uses the weight of the pedestal to ensure stability.

JP-A-9-74967

Since it is difficult to fix the anchorage to something on the breakwater, it is difficult to ensure that the fishing rod or anchorage will not fall over or be stable even if a fish is caught. It was. Furthermore, the arrangement of the hook holder was not restricted by the position of the cooler or bucket, and what could be freely arranged was easy to use, easy to carry and easy to store. In order to solve the above-described problems, the present invention provides a fishing rod holder that has a low center of gravity and high stability, and that the action of being drawn from the fish has little influence on the overturn of the rod holder, is lightly portable, and has good storage properties. The purpose is to provide.

  In order to solve the above problems, the present invention is configured to hold the fishing rod at two front and rear points, and the front grounding point of the rod holder is 10 cm at the shortest distance from the extension line passing through the front rod holding point and the rear rod holding point. The extension line that passes through the front rod holding point and the rear rod holding point intersects the plane that extends the ground within 50 cm from the front grounding point of the rod holder toward the tip of the fishing rod. By adopting such a configuration as to hold, the tip of the fishing rod is lowered and held at a position lower than the ground of the breakwater.

  As described above, by holding the tip of the fishing rod lower than the base of the rod and holding it, the angle of the fishing line and the fishing rod will approach parallel, and even if the fishing line is drawn from the fish, Since the line tension of the fishing line acts on the tip of the fishing rod at a low position with respect to overturning, it becomes possible to obtain stability effectively against overturning.

  In addition, as described above, by setting the front grounding point of the kite holder close to the extension line passing through the front kite holding point and the rear kite holding point, the kite holder has a lower center of gravity, and the fishing line from the fish. Even if it is pulled in, stability can be secured against overturning of the cage holder.

  Since the line tension drawn from the fish has an angle with the ground, it works as a downward force on the ground contact point. At the same time, the fishing rod acts in the direction in which the rod side lifts up against the front rod holding point, and the ratio of the rod to the front grounding point of the rod holder including the reel weight on the rod side increases. This increases the stability and can effectively obtain stability against the sliding of the cage holder with the ground.

  In addition, when the action of being pulled deeply from the fish works, the fishing rod side of the fishing rod lifts away from the rod retainer, so that the fishing rod is located at the front and rear rod holding points between the front rod holding point and the rear rod holding point. An intermediate rod holding point that fixes the fishing rod to the rod holder with a belt or hook is provided in the direction to hold down the rod, and the fishing rod is attached to the rod holder at three points: the front rod holding point, the intermediate rod holding point, and the rear rod holding point. By fixing, the weight behind the hook holder can also be added to the front grounding point of the hook holder, so that it can be more stable against slipping of the hook holder with the ground. I can do it.

  When a space for lowering a plastic bottle or juice can as a weight is provided at the bottom of the basket holder, the weight of the bowl holder can be increased by lowering these weights.

  In addition, by fixing the fishing rod and the rod holder, as long as only the rod holder is moored to something on the breakwater, the fishing rod will not be pulled into the sea even if a very large fish is caught, It can be in a very safe state. There is no need to moor the rod bottom of the fishing rod with a rope, and the usability of the fishing rod is improved.

  Further, except for the cage holder of claim 5, by providing a ring for binding the rope to the cage holder, the anchor holder can be fixed with a rope even on complicated ground such as a tetrapot or a rocky place. It can be used.

  As a first configuration of the present invention, one rod-shaped member is used as a first leg portion, a front heel holding point is located on the lower end side of the first leg portion, and a rear side is located on the upper end side of the first leg portion. A heel holding point was provided, and the upper end side was supported by the second leg part, and the lower end part of the second leg part was supported by making it a T-shape, L-shape, or Y-shape. If the lower end is Y-shaped, a tetrapot or uneven ground can be stabilized.

  In the first configuration described above, the angle of the first leg portion with respect to the ground can be adjusted by making the first leg portion extendable and contractible. In addition, the angle of the first leg portion with respect to the ground can be adjusted also by allowing the second leg portion to be positioned by sliding along the first leg portion.

  Moreover, it is also possible to use a configuration in which the rod holders of the first configuration are arranged in parallel and connected so that a plurality of fishing rods can be held.

  As a second configuration of the present invention, a folding tripod structure is used, and a front grounding point is located at a lower end portion of the first leg portion that projects toward the front of the fishing ground, and below the first leg portion. A front saddle holding point is provided on the end side, and a rear saddle holding point is provided on the upper end side position of the first leg or on the tripod base, and only the first leg is close to a right angle with respect to the axis of the tripod base. The second leg part and the third leg part projecting rearward from the tripod pedestal should be 25 cm or less in length from the folding shaft to the leg end part or 25 cm. By adopting a structure that can be expanded and contracted to the following length, it is possible to construct a foldable tripod structure that is highly storable.

  As a third configuration of the present invention, instead of the second leg in the first embodiment, a suction cup or a clip is provided, and the upper end side of the first leg is fixed by fixing it to a cooler, a bucket, a plastic bottle or the like. By supporting it, it is possible to provide a structure that is highly storable and economical.

  As a fourth configuration of the present invention, one rod-shaped member is a first leg portion, a front grounding point on one end side of the first leg portion, a front rod holding point for receiving a fishing rod from above, and from below. A rear heel holding point is provided, the other end of the first leg is supported by the second leg, and the lower end of the second leg is formed into a T shape or Y shape and is supported from the ground. . The structure is very simple, easy to store, and can be manufactured at low cost.

  As a fifth configuration of the present invention, a handle of a turtle net scooping caught fish is used as the first leg, the butt end is the one end of the first leg, and the one end is connected to the front. A point, a front rod holding point for receiving a fishing rod from above, and a rear rod holding point for receiving from below are provided, and are supported from the ground by a tamo frame positioned on the other end side of the first leg. Since most of the leg parts that make up the heel holder are shared with the tamo-net, there is a feature that the carrying load is extremely reduced.

  As a sixth configuration of the present invention, one rod-shaped member is used as the first leg portion, one front grounding point is located on one end side of the first leg portion, and the other end side of the first leg portion is provided. Is supported by the second leg, and the second leg is formed in a T-shape or Y-shape to form two back ground contact points. A pole is raised on the other end side of the rod, and a rod holding part in which a rear rod holding point that receives a fishing rod from above and a front rod holding point that is received from below is arranged at an interval in the front and rear is attached to the upper portion of the column. The holding angle of the fishing rod can be adjusted by a mounting screw in which the rod holding portion is fixed at the top of the column. In some cases, the fishing rod can be held at an angle close to the horizontal, and can be used when searching for subtle attacks.

  As a seventh configuration of the present invention, one rod-shaped member is used as the first leg portion, one rear ground point is located on one end side of the first leg portion, and the other end side of the first leg portion is provided. Is supported by the second leg, and the second leg is a T-shaped or Y-shaped front grounding point, which is supported from the ground at three points. A pole is set up on the end side, and at the top of the pole is attached a rod holding part in which a rear rod holding point that receives a fishing rod from above and a front rod holding point that is received from below is arranged with a space in the front and rear. In addition, the holding angle of the fishing rod can be adjusted by a mounting screw in which the rod holding portion is fixed at the upper portion of the column. In some cases, the fishing rod can be held at an angle close to the horizontal, and can be used when searching for subtle attacks.

  According to the present invention, when it is difficult to fix the anchor holder to something like a breakwater, even if it is drawn from the fish, the fishing rod or anchor holder is not easily drawn into the sea. Because the stability of the retainer against overturning and the stability of the saddle retainer against sliding with the ground is high, and it is possible to fix a fishing rod to the anchor retainer, even the anchor retainer alone can be moored to something on the breakwater If it is, even if a very large fish is caught, the fishing rod will not be pulled into the sea, and it can be in a very safe state. In addition, the tip of the fishing rod is close to the sea surface, so it can be used comfortably even on windy days. In addition, it can be diverted by fixing with a rope even in a tetrapot or a rocky place.

Embodiments of the present invention will be described below.
FIG. 1 shows a first configuration of the present invention. 2 to 4 are explanatory diagrams of the usage situation and the operation situation taking the first configuration as an example. FIG. 5 shows a second configuration of the present invention. FIG. 6 shows a third configuration of the present invention. FIG. 7 shows a fourth configuration of the present invention. FIG. 8 is an explanatory diagram of the use situation of the fourth configuration. FIG. 9 shows a fifth configuration of the present invention. FIG. 10 is an explanatory diagram of the use situation of the fifth configuration. FIG. 11 shows the structure of Tamotsuri relating to the fifth configuration of the present invention. FIG. 12 shows a sixth configuration of the present invention. FIG. 13 is an explanatory diagram of the use situation of the sixth configuration. FIG. 14 shows a seventh configuration of the present invention. FIG. 15 is an explanatory diagram of the use situation of the seventh configuration.

(First configuration)
In FIG. 1, the scissor holder of the present invention has a front grounding point A located at the lower end of the pipe-shaped first leg 1, and the front grounding point A is a cylinder made of rubber or plastic having a high friction coefficient. An anti-slip member 2 having a shape is provided, and a mounting pipe 5 is fixed to the lower end side of the first leg 1 by a fastening screw 12, and a front hook 3 is attached to the mounting pipe 5. A mounting tube 6 is fixed to the upper end side of the first leg 1 with a fastening screw 12, and a rear hook 4 is attached to the mounting tube 6. The front hook 3 has a front rod holding point B for holding the front of the fishing rod, and the rear hook 4 has a rear rod holding point C for holding the rear of the fishing rod. Further, the upper end side of the first leg 1 is supported by the second leg 13 and the lower end of the second leg 13 is supported in the shape of a Y shape from the ground. As shown in FIG. The lower end portion may be T-shaped or L-shaped, but when the ground has irregularities, it is more stable to support with a point like a Y-shape.

  A band 8 for fixing the fishing rod to the rod holder can be attached to the intermediate portion of the first leg 1. By pulling the fishing rod with the band 8, the fishing rod can be fixed to the rod holder at the three points of the front rod holding point B, the band 8 and the rear rod holding point C. By fixing the fishing rod to the rod holder, stability is enhanced when the fishing rod is pulled from the fish. Furthermore, as long as only the rod retainer is moored to something on the breakwater, even if a very large fish is caught, the fishing rod will not be pulled into the sea, and a very safe state can be achieved. There is no need to moor the rod of the fishing rod with a rope, and the flexibility of the fishing rod is high, so it is easy to use. The band 8 may be a hook-shaped member that hooks a fishing rod from a rod holder.

  Furthermore, by providing a space below the first leg 1, the band 9 can be attached to the intermediate part of the first leg 1 to lower the plastic bottle 10 as a weight. The plastic bottle 10 may contain seawater, and even if lead is added, it is effective for stabilizing the cage holder.

  In the positional relationship of the members constituting the heel holder, the front grounding point A of the heel holder is a close positional relationship within 10 cm at the shortest distance from the extension line passing through the front heel holding point B and the rear heel holding point C. The extension line that passes through the front rod holding point B and the rear rod holding point C extends within 50 cm from the front contact point A of the rod holder toward the tip of the fishing rod, and extends the ground passing through the front contact point A and the rear contact point D. The positional relationship intersects the plane to be As a result, stability against falling and stability against slipping are ensured.

  Furthermore, a ring for passing or tying the rope is attached to the lower part of the attachment pipe 5. This makes it possible to use not only a flat breakwater but also a tetrapot or a rocky place by tying it with a rope.

  FIG. 2 shows a usage situation when the breakwater G is used. The shortest distance between the front grounding point A and the fishing rod E is close to each other. By holding the tip of the fishing rod E downward, the line tension acting on the tip of the fishing rod E causes the front grounding point A to Since the rotation moment around the center can be reduced, the stability of the cage holder against falling is high.

  Furthermore, when the fishing rod E and the rod holder are fixed by the belt 8, a very large fish is hung if only the rod holder is moored to something on the breakwater G by the mooring rope 15. However, the fishing rod E will not be pulled into the sea, and it can be in a very safe state. There is no need to moor the rod of fishing rod E with a rope, and the fishing rod E has a high degree of freedom, so it is easy to use and allows comfortable fishing.

  FIG. 3 illustrates the operating state of the fishing rod and rod holder when used on a breakwater and pulled from a fish.

  (A) is a situation in which it is drawn from the fish at the time of standby or not strong. Since the tip position of the fishing rod E is low and the shortest distance between the front grounding point A and the fishing rod E is close, the stability is high with respect to falling, and even if it is pulled slightly, it does not fall. Furthermore, in terms of stability against slipping, as the action drawn from the fish increases, the load on the rear ground contact point D decreases and is added to the load on the front ground contact point A. At the same time, the downward tension of the line tension drawn from the fish is reduced. The force is also added to the downward action of the front grounding point A, and the frictional force at the front grounding point A increases. By using a non-slip member having a large friction coefficient at the front contact point A, high stability against slipping is obtained.

  (B) shows the situation when the reel F is pulled from the fish with a stronger force as the reel F is lifted. If the reel F is further pulled from the fish, the fishing rod will be drawn into the sea.

  On the other hand, as shown in (c), by fixing the fishing rod E and the rod holder with the belt 8, the weight of the rod holder and the weight of the plastic bottle lowered to the rod holder are also added and strong. Even if it is pulled from a fish by force, it is not easily pulled into the sea. However, if there is a case where a very large fish is caught, as shown in (c), the rear grounding point falls away from the ground, but only the anchor retainer is moored to something on the breakwater G. As long as it is moored at 15, the fishing rod E and the rod retainer will not be pulled into the sea, and a very safe state can be achieved.

  FIG. 4 shows a usage situation when used in a tetrapot. A ring for passing or tying the rope is attached to the lower part of the attachment pipe 5. Thereby, it is not limited to a flat breakwater but can be used by being tied to the tetrapot H using the tightening rope 16. Since the tetrapot is not limited to a horizontal plane, the angle can be adjusted by loosening the fastening screws 12 of the mounting tubes 5, 6, 11. The mounting pipe 5 and the mounting pipe 6 can be adjusted in the left-right direction at the front and rear hooks 3 and 4 by positioning the first leg 1 by rotating it around the shaft. The mounting tube 11 of the second leg portion 13 can adjust the angle in the front-rear direction of the tetrapod surface and the first leg portion by sliding and positioning along the first leg portion 1.

(Second configuration)
In FIG. 5, the rod holder of the present invention is configured by a foldable tripod structure, and only the first leg portion 1 protruding toward the front of the fishing ground is relative to the axis of the tripod base 16. The structure is such that the leg can be greatly opened at a right angle, and the front grounding point A is located at the lower end of the first leg 1, and the front grounding point A has a non-slip member 2 made of rubber or plastic having a high friction coefficient, A mounting tube 5 is fixed to the lower end side of the first leg 1 with a fastening screw 12, and a front hook 3 is attached to the mounting tube 5. A rear hook 4 is provided on the top of the tripod base 16. The front hook 3 has a front rod holding point B for holding the front of the fishing rod, and the rear hook 4 has a rear rod holding point C for holding the rear of the fishing rod. Further, the second leg portion 13a and the third leg portion 13b projecting rearward from the tripod base 16 have a length from the folding axis to the leg end portion of 25 cm or less, and the angle between the ground and the first leg portion 1 is I try to make it smaller. The first leg portion 1, the second leg portion 13a, and the third leg portion 13b may have a telescopic structure, and may satisfy the above conditions by adjusting the length.

  Regarding the belt 8 for fixing the fishing rod to the rod holder, the belt 9 for lowering the plastic bottle 10, the positional relationship constituting the members of the rod holder, and the configuration for fixing to the tetrapot, the first Since it is the same as that of embodiment, it abbreviate | omits.

(Third configuration)
In FIG. 6, the scissor holder of the present invention has a suction cup 18 attached in place of the second leg and the third leg of the first and second embodiments. It is fixing to the PET bottle 10 to be diverted. In addition to the plastic bottle 10, a cooler or a bucket may be used as the pedestal. It is simple in structure, can be stored easily, and can be economically inexpensive.

(Fourth configuration)
In FIG. 7, the rod holder of the present invention has a pipe-shaped rod-shaped member as the first leg portion 1, and a front grounding point A and a fishing rod are disposed on one end side of the first leg portion 1. A front hook holding point B received from the lower side and a rear hook holding point C received from the lower side, the other end side of the first leg 1 is supported by the second leg 13, and the lower end of the second leg 13 is set to T It is configured to be supported from the ground as a letter shape or a Y shape, and a non-slip cap 14 is attached to the tip to prevent slipping with the ground. The structure is very simple, easy to store, and can be manufactured at low cost. The lower end of the second leg 13 may be T-shaped, but if the tetrapot or the ground is uneven, it is more stable to support it in a Y-shape.

  Furthermore, in order to effectively use the weight of the cage holder when pulled from the fish, a rubber cord 22 is tied to the other end of the first leg 1 and a hook 23 is attached to the other end of the rubber cord 22. It is configured to be able to hook a fishing rod.

  FIG. 8 explains the use situation in the fourth configuration of the present invention.

  (A) shows the situation where it is used on a breakwater. When the fishing rod E is centered on the rear rod holding point C, the rod tail side is heavier than the tip side, so the fishing rod E is attached at the rear rod holding point C. The fishing rod E is received from below and held at the front rod holding point B by receiving the fishing rod E from above. This is sufficient when the angler is always on the side, but when the angler leaves the place, it is easy to hook the fishing rod E with the rubber strap 22 and the hook 23 and pull it from the fish. There is no way to be drawn into the sea.

  (B) is a method of using the scissors holder in the fourth configuration of the present invention when it is used as it is in the opposite direction. When the rod E is centered on the rear rod holding point C, the tip side is heavier than the rod tail side, so the fishing rod E is received from below at the rear rod holding point C, and the fishing rod E is received from above at the front rod holding point B. Is held by. Although it is not the intended method of use of the present invention, it is convenient because it can be used properly depending on the way of fishing.

(Fifth configuration)
In FIG. 9, the kite holder of the present invention uses a handle of a turtle net scooping caught fish as the first leg 1, and uses the butt end as one end side of the first leg 1. The front grounding point A, the front rod holding point B that receives the fishing rod from above, and the rear rod holding point C that receives the fishing rod from below are provided on the side, and the ground frame 24 is located on the other end side of the first leg 1 by the tamo frame 24. It is configured to support from. A height adjustment component 25 is attached to the tamo frame 24 for height adjustment. Furthermore, in order to effectively use the weight of the cage holder when pulled from the fish, a rubber cord 22 is tied to the other end of the first leg and a hook 23 is provided to the other end of the rubber cord 22. The fishing rod can be hooked. Since most of the leg portions constituting the heel holder are shared with the tamo- net, there is an excellent feature that the carrying load is extremely reduced.

  FIG. 10 explains the use situation in the fifth configuration of the present invention.

  (A) shows a situation where the fishing rod E is used on a breakwater. When the fishing rod E is centered on the rear rod holding point C, the rod tail side is heavier than the tip side, so the fishing rod E is attached at the rear rod holding point C. The fishing rod E is received from below and held at the front rod holding point B by receiving the fishing rod E from above. This is sufficient when the angler is always on the side, but when the angler leaves the place, it is easy to hook the fishing rod E with the rubber strap 22 and the hook 23 and pull it from the fish. There is no way to be drawn into the sea.

  (B) is a utilization method in the case of using the scissors holder of the fifth configuration as it is in the opposite direction and diverting it. When the fishing rod E is centered on the rear rod holding point C, the tip side is heavier than the rod tail side, so the fishing rod E is received from below at the rear rod holding point C, and the fishing rod E is received from above at the front rod holding point B. Is held by. Although it is not the intended method of use of the present invention, it is convenient because it can be used properly depending on the way of fishing.

  FIG. 11 shows the structure of Tamotsuri relating to the fifth configuration of the present invention. (A) has a structure in which the tamotsuri cap receiver 26 is a female screw, and the tamoass cap 27 is provided with a female screw for mounting the heel holding portion. (B) is a configuration in which the tamo-ass cap receiver 26 is a male screw, and the tamo-ass cap 27 is provided with a female screw for mounting the heel holding portion.

(Sixth configuration)
In FIG. 12, the rod holder of the present invention has one rod-like member as the first leg 1, one front grounding point A is located on one end side of the first leg 1, and the first leg The other end side of the part 1 is supported by the second leg part 13, and the second leg part 13 is formed into a T-shape or a Y-shape to form two rear ground contact points D, and is supported from the ground at three points in total. It is assumed to be configured. Further, a support pole 28 is erected on the other end side of the first leg 1, and a rear rod holding point C for receiving a fishing rod from above and a front rod holding point B for receiving a fishing rod are spaced apart from each other on the upper portion of the column 28. The rod holding part arranged in this manner is attached, and the holding angle of the fishing rod can be adjusted by a thumbscrew 21 to which the rod holding part is fixed at the upper part of the support column 28. In some cases, the fishing rod can be held at an angle close to the horizontal, and it can be used as a rod holder that prioritizes searching for subtle attacks.

  FIG. 13 is a diagram for explaining the use situation of the breakwater in the sixth configuration of the present invention. When the fishing rod E is centered on the front rod holding point B, the tip side is heavier than the rod tail side, so the front rod is held. The fishing rod E is received from below at the point B and held by receiving the fishing rod E from above at the rear rod holding point C. Use in a tetrapot is also possible.

(Seventh configuration)
In FIG. 14, the rod holder of the present invention has one rod-like member as the first leg 1, and one rear contact point D is located on one end side of the first leg 1, and the first leg The other end side of the part 1 is supported by the second leg part 13, and the second leg part 13 is defined as two front grounding points A having a T shape or a Y shape, and is supported from the ground at three points in total. Further, a support pole 28 is erected on one end side of the first leg 1, and a rear rod holding point C for receiving a fishing rod from above and a front rod holding point B for receiving from below are provided in the front and rear of the column 28. A rod holding part arranged at an interval is attached, and the holding angle of the fishing rod can be adjusted by a thumbscrew 21 to which the rod holding part is fixed at the upper part of the support column 28. In some cases, the fishing rod can be held at an angle close to the horizontal, and can be used as a rod holder that prioritizes searching for subtle attacks. By making the mounting part (for front and rear integrated hooking) 19 slidable along the first leg portion 1, it is possible to adopt a structure that can be diverted with the same structure as the sixth structure of the present invention.

  FIG. 15 illustrates the use situation of the breakwater in the seventh configuration of the present invention. When the fishing rod E is centered on the front rod holding point B, the tip side is heavier than the rod tail side, so the front rod is retained. The fishing rod E is received from below at the point B and held by receiving the fishing rod E from above at the rear rod holding point C. In the case where the fishing rod is held at an angle close to the horizontal and used as a rod holder for searching for a delicate attack, the stability is higher than that of the sixth configuration of the present invention.

The present invention provides a rod holder that prevents a fishing rod or rod holder from being easily drawn into the sea even if it is pulled from a fish when it is difficult to fix the rod holder to something like a breakwater. It can be used usefully.

The detail of the 1st structure in this invention is shown. It is explanatory drawing of the use condition in the breakwater which made the 1st structure in this invention an example. It is explanatory drawing of the operation condition in the breakwater which made the 1st structure in this invention an example. It is explanatory drawing of the use condition in the tetrapot which made the example the 1st structure in this invention. The detail of the 2nd structure in this invention is shown. The details of the third configuration in the present invention are shown. The detail of the 4th structure in this invention is shown. It is explanatory drawing of the use condition in the breakwater in the 4th structure in this invention. The detail of the 5th structure in this invention is shown. It is explanatory drawing of the use condition in the breakwater in the 5th structure in this invention. It shows the structure of Tamotsuri regarding the 5th structure in this invention. The detail of the 6th structure in this invention is shown. It is explanatory drawing of the use condition in the breakwater in the 6th structure in this invention. The detail of the 7th structure in this invention is shown. It is explanatory drawing of the use condition in the breakwater in the 7th structure in this invention.

Explanation of symbols

A Front grounding point B Front rod holding point C Rear rod holding point D Rear grounding point E Fishing rod F Reel G Breakwater H Tetrapot 1 First leg 2 Non-slip member 3 Front rod 4 Rear rod 5 Mounting tube (front rod) Hanging)
6 Mounting tube (for rear hook)
7 Ring 8 Band (for holding heel)
9 Band (for fixing PET bottles)
10 PET bottles 11 Mounting tube (for fixing legs)
12 Tightening screw 13 Second leg 13a Second leg (for tripod)
13b Third leg (for tripod)
14 Anti-slip cap 15 Mooring rope 16 Tightening rope 17 Tripod base 18 Suction cup 19 Mounting parts (for front and rear integrated hook)
20 Mounting parts (for fixing legs)
21 Thumbscrews 22 Rubber strings 23 Hooks 24 Tamo frames 25 Height adjustment parts 26 Tamo bottom cap receivers 27 Tamo bottom caps 28 Struts 29 Curved plate-shaped parts

Claims (8)

  A rod holder used on a breakwater, which is configured to hold a fishing rod at two front and rear points, and the front grounding point of the rod holder is 10 cm at the shortest distance from the extension line passing through the forward rod holding point and the rear rod holding point. An extension line passing through the front rod holding point and the rear rod holding point extends the ground within 50 cm from the front grounding point of the rod holder toward the tip of the fishing rod. A spear holder characterized by crossing a plane.   The rod holder according to claim 1, wherein one rod-like member is a first leg portion, a lower end portion of the first leg portion is a front grounding point, and a front rod is held on the lower end portion side of the first leg portion. The point is located, the rear heel holding point is located on the upper end side of the first leg, the upper end side is supported by the second leg, and the lower end of the second leg is T-shaped. A scissor holder characterized by being supported from the ground as a shape, Y-shape, or L-shape.   The rod holder according to claim 1, which is constructed by a folded tripod structure, wherein the lower end of the first leg projecting toward the front of the fishing ground is a front grounding point, and the first leg The front heel holding point is located on the lower end side of the first and the upper heel side of the first leg, or the rear heel holding point is located on the tripod base, and only the first leg is the tripod base. The leg can be opened at an angle of 70 degrees or more, which is close to the right angle with respect to the axis, and the second leg and the third leg projecting backward from the tripod base are the length from the folding shaft to the leg end. A scissor holder characterized by a length of 25 cm or less.   The rod holder according to claim 1, wherein one rod-shaped member is a first leg portion, a front grounding point on one end portion side of the first leg portion, and a forward rod holding point that receives a fishing rod from above, A rear heel holding point that is received from below is provided, the other end of the first leg is supported by the second leg, the lower end of the second leg is T-shaped or Y-shaped, A cage holder characterized by being supported from above.   2. The rod holder according to claim 1, wherein the handle of the tamo net is used as the first leg, the tamo buttocks side is set as one end of the first leg, the front grounding point is provided at one end, and the fishing rod. A front heel holding point for receiving from the upper side and a rear heel holding point for receiving from the lower side, which are supported from the ground by a tamo frame positioned on the other end side of the first leg portion. Retaining tool.   A tamo net for use in the kite holder according to claim 5, wherein the net has a female screw for fixing the hook receiving member to the tamo ass plug.   A anchor holder used on a breakwater, wherein one rod-shaped member is a first leg, one forward grounding point is located on one end of the first leg, and the other end of the first leg The second leg is supported by the second leg and the second leg is a T-shaped or Y-shaped back grounding point, and is supported from the ground at three points. The other end of the first leg Standing up a support post on the side, attached to the upper part of the support post is a holding point where the rear rod holding point for receiving the fishing rod from above and the forward rod holding point received from below are spaced apart from each other The rod holder is characterized in that the rod holding angle can be adjusted by means of a mounting screw for fixing the rod holding portion at the top of the column. A anchor holder used in a breakwater, wherein one rod-shaped member is a first leg, one rear ground point is located on one end of the first leg, and the other end of the first leg The two legs are supported by the second leg and the second leg is a T-shaped or Y-shaped front grounding point, and is supported from the ground at three points in total. One end of the first leg Standing up a support post on the side, attached to the upper part of the support post is a holding point where the rear rod holding point for receiving the fishing rod from above and the forward rod holding point received from below are spaced apart from each other The rod holder is characterized in that the fishing rod holding angle can be adjusted by a mounting screw that is fixed at the upper portion of the column.

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