JPH077730Y2 - Fishing line sedimentation speed adjustment float - Google Patents

Description

[Detailed description of the device] [Industrial applications]

The present invention can be installed under the sea by attaching it directly to the fishing line.
The present invention relates to a fishing line sedimentation speed adjusting float capable of adjusting the sedimentation speed of a fishing line and thus the sedimentation speed of a bait when it is put into water.

[Prior art]

Generally, the float is attached to the fishing line by inserting a rod-shaped body, which is connected to the float via a floating line, into a rubber ring inserted through the fishing line. By the way, when the fishing line is put into the sea or water, the settling is generally stopped when the buoyancy of the float and the weight of the hook and the weight are balanced, but the sinking speed of the fishing line, that is, the settling of the bait on the hook Although the speed will vary to some extent depending on the weight and other conditions, only the bait will naturally settle in the sea or in the water (for example, when the bait is used)
The speed is extremely high as compared with the speed (hereinafter referred to as "natural sedimentation speed"). For this reason, when the fish in the fishing line input area is a sensitive fish such as the Chinese croaker, it will be detected whether or not the bait is attached to the hook. Therefore, no matter how good the fisherman's skill is, sensitive fish such as chinu cannot catch it unless they are lucky enough. Thus, the sedimentation velocity of the fishing line is a very important fishing condition.

[Problems to be solved by the device]

However, the conventional float cannot adjust the sinking speed of the fishing line, and cannot deal well with sensitive fish. Of course, it is possible to reduce the sedimentation velocity to some extent by making the weight lighter, but there is a limit to the weight reduction of the weight, and it is impossible to approach the natural sedimentation velocity. In view of such a point, the present invention has an object to provide a fishing line sedimentation speed adjusting float capable of freely adjusting the sedimentation speed of a fishing line, that is, a bait.

[Means for Solving the Problems]

The fishing line sedimentation velocity adjusting float of the present invention which solves this problem,
Both ends are formed in a fishing line holding portion having a fishing line insertion hole, and a fishing line fixing groove is formed by cutting a fishing line holding groove that penetrates the central portion in the axial direction of the fishing line insertion hole and opens on the peripheral surface of the float. Part of the fishing line, and between the fishing line fixing part and each fishing line holding part, the fishing line portion that opens from the one surface of the float to the other fishing line insertion hole is guided to the fishing line holding groove. The fishing line guiding portion is formed, and the fishing line portion is configured to be held and fixed in the fishing line holding groove by utilizing the elasticity of the material. This float is made of a plastic material having substantially the same specific gravity as water or seawater or a constant specific gravity.

[Action]

The fishing line sinking speed adjusting float can be easily and surely attached to an arbitrary position of the fishing line as follows. First, the fishing line is inserted into both fishing line insertion holes. This insertion is
By guiding the fishing line end from one fishing line insertion hole to the floating surface of the float, that is, on the fishing line fixing part via one fishing line guiding part, and further guiding it from the other fishing line guiding part to the other fishing line insertion hole. You can do it. In this state, the fishing line can be freely slid on the float, and the mounting position of the float can be set arbitrarily. Then, when the fishing line portion located on the fishing line fixing portion is guided to the opening of the fishing line holding groove and the fishing line is pulled from both sides of the float, the fishing line portion bites into the fishing line holding groove. As a result, the fishing line is held and fixed in the fishing line holding groove by the elastic force of the float component member itself, and the float can be reliably fixed to the set position of the fishing line. At this time, since the fishing line is only held between the opposing wall surfaces of the fishing line holding groove, there is no possibility that the fishing line will be damaged by fixing the float. If a plurality of floats are attached to the fishing line at appropriate intervals, the float is made of a plastic material having substantially the same specific gravity or a specific gravity lower than that of water or seawater. In this case, the sedimentation speed of the fishing line and thus the bait can be reduced by the buoyancy of the float. This settling speed can be freely adjusted by the number of floats attached, and can correspond to the natural settling speed. The floats floating on the water surface and the sea surface in the float group are
The normal float does not need this because it fulfills the function of the float itself. Therefore, it is possible to easily catch even a sensitive fish such as a Chinese croaker without knowing that the bait is attached to the fishing hook.

【Example】

Hereinafter, the structure of the present invention will be described in detail with reference to the embodiments shown in FIGS. The fishing line sinking speed adjusting float 1 of this embodiment is shown in FIGS.
As shown in the figure, it is composed of fishing line holding parts 2 and 2 at both ends, a fishing line fixing part 3 at the center, and fishing line guiding parts 4 and 4 formed between both parts 2 and 3, respectively. A plastic material having substantially the same specific gravity or a specific gravity lower than that is integrally molded into a substantially streamlined shape with both ends tapered. As shown in FIG. 1 and FIG. 2, the fishing line holding portions 2, 2 are provided with fishing line insertion holes 5, 5 ′ that penetrate the center of the float 1. The shapes of these fishing line insertion holes 5 and 5'are devised so as to ensure both easy insertion and reliable holding of the fishing line 6. That is, as shown in FIGS. 3 and 5, one of the fishing line insertion holes 5 is formed into a truncated cone shape that is narrowed inward, and the other fishing line insertion hole 5 ′ is eccentric with the axis line of the one insertion hole 5. In addition, the fishing line 6 can be easily inserted from the one insertion hole 5 to the other insertion hole 5 ', and the fishing line 6 is retained by the fishing line holding groove 7 which will be described later. The inner peripheral surface 5a at the minimum diameter end of the insertion hole 5 and the inner peripheral surface 5'a on the eccentric side of the other insertion hole 5'can be held without significant rattling. The fishing line fixing portion 3 is provided with a fishing line holding groove 7 penetrating in the axial direction of the fishing line insertion holes 5 and 5 ′ and opening to the float peripheral surface 1a. As shown in FIGS. 4 and 5, the fishing line holding groove 7 is formed in a substantially V shape in which the groove width is gradually reduced from the opening 7a on the float peripheral surface 1a to the groove bottom 7b. At the central portion 7c through which the axis of the insertion hole 5 passes, the groove width is set to be slightly smaller than the fishing line diameter. The groove width of the fishing line holding groove 7 is appropriately set according to the thickness of the fishing line 6 to be used. When using the ultrafine fishing line 6, for example, as shown in FIG. It is sufficient that the wall surfaces of the grooves facing each other in the central portion 7c of the groove 7 are almost adhered to each other by heating and pressing 3 after the float forming. As shown in FIGS. 3 and 4, each fishing line guide portion 4 is formed in a U-shaped cross section so as to open the facing surfaces of the fishing line holding portion 2 and the fishing line fixing portion 3 to the float peripheral surface 1a. The fishing line portion 6a extending from one fishing line insertion hole 5 to the other fishing line insertion hole 5'can be guided into the fishing line holding groove 7. The fishing line sinking speed adjusting float 1 configured as described above can be easily and surely attached to an arbitrary position of the fishing line 6. That is, the fishing line 6 having the fishing line 6 inserted through one of the fishing line insertion holes 5 is drawn out from one fishing line guiding section 4 onto the fishing line fixing section 3 as shown by the alternate long and short dash line in FIG. The portion 4 is inserted into the other fishing line insertion hole 5 '. Then, from this state, the fishing line portion 6a on the fishing line fixing portion 3 is guided to the opening 7a of the fishing line holding groove 7, and then the fishing line 6 is pulled from both sides of the float 1 to move the fishing line 6 into the fishing line holding groove 7. Let's cut in. When this bite reaches the central portion 7c of the fishing line holding groove 7 as shown by the chain double-dashed line in Fig. 3, the groove width of this central portion 7c is narrower than the fishing line diameter. It is held and fixed securely. This holding force is obtained by the elastic force of the plastic material itself, which is a constituent material of the float 1. In this way, the float 1 can be reliably fixed at any position without damaging the fishing line 6. In addition,
If you want to remove the float 1 or change the float position,
The held fishing line portion 6a may be removed from the fishing line holding groove 7. This can be easily performed by pulling the fishing line portion existing in each fishing line guiding portion 4. Since the float 1 can be easily attached to the fishing line 6 in this manner, the balance with the weight 8 can be achieved by appropriately setting the number of the floats 1 to be attached to the fishing line 6, their attachment positions, and the attachment intervals. It can be freely adjusted, and the sinking speed of the fishing line 6, that is, the sinking speed of the bait on the fishing hook 9 when the fishing line 6 is put into the sea or water can be freely adjusted. For example, as shown in FIG. 7 or FIG.
By attaching the ... to the fishing line 6 at a proper distance from the vicinity of the weight 8 so that the sedimentation speed of the bait becomes a natural sedimentation speed or a speed close to this, it is possible to easily catch even sensitive fish such as chinen. it can. When a plurality of floats 1 ... Are attached to the fishing line 6 as described above, a normal float may be used together, but the float 1 floating on the sea surface or the water surface exhibits the same function as a normal float. , In general, ordinary floats do not need special. By the way, in the case of a normal float, it is not attached directly to the fishing line, but is attached via the float line as described at the beginning, so it is easily affected by wind and waves, and it is difficult to catch the so-called fish hit. Is. Especially in the case of river fishing, the direction of the fishing line may be lost due to the flow of water. However, as described above, if the floats 1 ... Are directly attached to the fishing line 6, the effect of wind and waves will be exerted both in the case of sea and pond fishing shown in FIG. 7 and in the case of river fishing shown in FIG. You can catch fish accurately without hitting them. Moreover, since the plurality of floats 1 ... Are attached at a predetermined interval, the direction of the fishing line 6 will not be lost in the case of river fishing. The structure of the fishing line sinking speed adjusting float 1 according to the present invention is not limited to the above embodiment, but various modifications can be made. For example, the float 1 may be provided with a mounting portion for mounting a normal float. In addition, the float 1
The size should be such that throwing and pulling of the fishing line 6 is not hindered,
A streamline shape is preferred to minimize resistance to water.

[Effect of device]

As can be easily understood from the above description, the fishing line sinking speed adjusting float of the present invention can be attached to the fishing line very easily and reliably without damaging it, and the float attaching position can be easily adjusted. It is possible to go to. Therefore, in combination with being directly attached to the fishing line and being made of a plastic material having substantially the same specific gravity as water or seawater or a specific gravity lower than this, It is possible to freely adjust the sinking speed of the fishing line by setting the appropriate value. Therefore, the bait can be settled at a natural sedimentation speed or a speed close to this, and even sensitive fish such as chinen can be easily caught. Further, the fishing line sinking speed adjusting float of the present invention has the function of adjusting the sinking speed of the fishing line as described above, but naturally has the original function of the float. Moreover, the original function of the float is extremely superior to that of the conventional float. That is, the so-called fish hit can be accurately caught without being affected by wind and waves.
Also, by using a plurality of fishing lines, the direction of the fishing line is not lost due to the flow of water even in river fishing. In particular,
It has a remarkable use effect in a highly transparent place.
Furthermore, since the fishing line can be attached at any position, a delicate and beautiful device can be made.

[Brief description of drawings]

FIG. 1 is a perspective view showing an embodiment of a fishing line sinking speed adjusting float according to the present invention, FIG. 2 is its plan view, and FIG. 3 is that of FIG.
A vertical sectional front view taken along line III-III, FIG. 4 is a vertical sectional side view taken along line IV-IV of FIG. 2, and FIG. 5 is a longitudinal sectional side view taken along line VV of FIG. The figure is a vertical side view corresponding to FIG. 5 showing a modified example of the fishing line holding groove, FIG. 7 is a side view showing the use state of the float in the sea or pond, and FIG. 8 is the use state of the float in the river. It is a side view which shows. 1 ... Float for adjusting fishing line sedimentation speed, 2 ... Fishing line holder, 3 ...
... Fishing line fixing part, 4 ... Fishing line guiding part, 5,5 '... Fishing line insertion hole, 6 ... Fishing line, 6a ... Fishing line portion from one fishing line insertion hole to the other fishing line insertion hole, 7 ... Fishing line Holding groove.

Claims (1)

[Scope of utility model registration request] 1. A float for adjusting the sedimentation velocity of a fishing line, which is molded from a plastic material having elasticity having substantially the same specific gravity as water or seawater or a specific gravity lower than that of seawater, and has a substantially columnar shape with both ends tapered. A cross section in which both ends of the main body are formed in fishing line holding portions (2) each having a fishing line insertion hole, and the central portion of the main body penetrates in the axial direction of the fishing line insertion hole and opens on the peripheral surface of the float body. A narrow fishing line holding groove (7) having a substantially V shape is formed in the fishing line fixing portion (3), and further, between the fishing line fixing portion (3) and each fishing line holding portion (2), A fishing line guide portion (4), which is formed of a recess opened on the circumferential surface of the float and guides the most fishing line portion from one fishing line insertion hole to the other fishing line insertion hole into the fishing line holding groove (7), holds the fishing line. The fishing line portion inserted into the groove (7) from its upper opening is held by using the elasticity of the main body. (7), characterized in that a configuration in which clamping fixed in the fishing line sedimentation rate adjustment float.