JPS58152432A - Moving float with line winder - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a movable float with line winding used for float fishing by casting.

Fishing methods can be broadly divided into two categories based on the bait layer: bottom fishing and mid-to-upper layer fishing.

In the case of cast fishing, improvements in rods, reels, weights, etc. have made it possible to improve fishing angles from the shoreline or breakwater.
The problem of water area ratio of approximately 0.00 m has been almost resolved. However, when fishing from land in the middle and upper waters, a float is required, and the bottom of the float is often much deeper than the length of the rod, making it difficult to fish effectively and using traditional mobile floats. Even when used, there were various drawbacks for reasons described below.

Also, casting with the bait in place for a long time is not only difficult, but can also be dangerous in areas where there are many anglers.

Therefore, after many years of research and experimentation, the present inventor has developed a mobile float that can be easily cast into fishing spots and easily take in the fish that have been caught, regardless of the geographical conditions of the fishing spot. It is.

The present invention will be described in detail below based on the drawings.

FIG. 1 shows an example of a conventionally used mobile float.

A moving float means that when throwing, there is a float body nearby, and after landing on the water, the thread passes through its threading hole (3) and sinks due to the weight, and the float body (6) is relatively The device leaves the vicinity and moves to the floating stop (5). As a result, when throwing, the length from the tip of the rod to the tip can be shortened to a certain extent, and after landing on the water, the rod moves to the float stop (5) to bring the tip to the desired depth.

Let us now consider the case where a conventional mobile float (6) is thrown to a point at a depth of 10 meters. Then, the float stop (5
) to Hari (8) is 10 m.

In the example shown in Fig. 1, when a haris (by yorimodoshi) is connected to a harisu (michiitosei) and a weight (7) is attached to the haris, this conventional mobile float (6)
The length that can be covered by this is only the part l in the figure. From the first accessory (Yorimodoshi Ql here) to the fishing line, it is necessary to lengthen the fishing line (L), which is thin and usually difficult to see, so that the fishing line cannot be detected by the fish. If you use
6), and this part must be thrown with the rod hanging from the tip.1 This requires skill, and is often impossible due to geographical conditions, and may cause trouble to the people around you. This poses significant risks. In addition, during flight, the float body, which is a heavy object, always takes the lead, and the parts from the float body to the sag follow in parallel with the own thread, which often causes troubles such as these getting tangled.

Also, when a fish hooks, when reeling in the fishing line,
Normally, the float stopper (5) passes through the guide (9) at the tip of the rod, but in this case as well, there is a problem that the float stopper (5) gets caught in the guide (9). It has the disadvantage of being easy.

FIG. 2 is a perspective view showing one embodiment of the floating body according to the present invention.

Since the threading hole (3) runs vertically and the center of gravity of the number ζ on the upper side of the figure is offset, the threading hole (3) becomes almost perpendicular to the water surface when floating.

The upper opening end port 1) protrudes above the water surface when floating, and the threading hole (
The line (L) passing through 3) reaches the rod tip via this upper open end 01).

Further, the guide thread (L) coming out from the lower open end □□□ is temporarily fastened by the guide thread fastener (2) and connected to the Harris. This thread clasp (2) is formed here by attaching a part of a soft or semi-hard rubber ring, but if it can be temporarily fastened and released by the tension when the rod is stirred, it can be used. , it doesn't matter what material or structure you use. Also, this part of the road (L) or Harris (
L) is Yorimodoshi QO.

Accessory parts such as weights (7) and braces (8) are attached.

In this way, the total length of the thread, Harris, etc. that passes from the lower opening end 04 to the thread fastener (2) is the length under the float, and this length is several meters or 10,20,30 m. Once you have the desired length, wrap it around the thread winding groove (4) and adjust the length that hangs from the float body (1) to a shorter length. In the figure, a breakage prevention device 00 located at the edge of the line winding groove (4) is used to prevent the line from coming loose until the float hits the water surface after preparation is completed. This parallax prevention tool 00 is a rubber rod in FIG. 2, but it is made of elastic rubber so that it does not get in the way when the thread is wound around the thread winding groove (4) by bending it. The present invention is not limited to this, and may be made of various materials such as plastic and metal, with a fixed or movable structure suitable for each material.

Moreover, the above-mentioned thread winding part is not limited to a "groove", but if a method such as providing a convex annular part is used, the thread winding part m (4) in the figure can be used.
, the breakage prevention device Ql) can be omitted, and therefore it does not necessarily have to be as shown in the figure.

Because of this structure, the float body (1) can be temporarily fastened to an appropriate position on the line (L) without attaching a float stopper like in the past, and the float body (1) can be temporarily fixed at an appropriate position on the line (L). ), it is possible to minimize the length of the part hanging from the tip of the rod, overcoming the difficulties that could not be avoided with conventional fishing methods.

FIG. 3 shows one of the other embodiments of the present invention, and relates to another construction of the above-mentioned locking method.

The float body is separated into the upper part of the float body (6) and the upper part of the float body (G), and the specific gravity of the lower 4 parts (Tan) is larger than that of the upper part (6), but even when they are integrated, they do not absorb water. The fact that it only floats is more obvious than the fact that it is a float.

As shown in Figure (b), the pipe Q4 is inserted so as to pass through the float body upper part (2) and the float body upper part (to), and the pipe A4 and the float body upper part (to) are fixed. This pipe hole αi becomes the threading hole. In addition, this pipe a4 has a large outside diameter at the front end of the E section, and is configured to act as a stopper to prevent the float body upper part (6) from being pulled out from the pipe α◆.At the same time, the float body upper part υ By limiting the distance between the thread and the lower part of the float body, it also serves as a protection device for the winding thread fastener (to be described) (described later).

The auxiliary shaft αη is also a protective device to prevent twisting of the winding thread fastener (to), but it can be omitted if the pipe α◆ is a triangular prism or a square prism, and is not indispensable. do not have. The winding line fastener (G) maintains the state shown by the solid line in FIG. 2(C) until the float body (1) collides with the water surface. The force of the fastener (G) to fasten the thread is the weight of the float upper part (6).

When the thrown float body (1) hits the water surface, the winding line clasp (2) becomes in the state shown by the chain line in Figure (C), and at that moment the winding line clasp (G) The fastened thread comes off, and the wound thread unravels and descends due to the restoring force of the thread itself and the weight of accessories such as weights. Figure 4 shows the floating body according to the present invention explained up to Figure 3. However, this shows the changes in the condition from the time the line unravels, the fish is hooked, and the line clasp (2) is unraveled.

FIG. 4(a) shows the state at the time of landing on the water, and immediately after this, the wound thread is released, resulting in a state as shown in FIG. 4(b). Then, when a fish is hooked and the rod is pulled together, the line (L) is pulled into the line clasp by the force of pulling the rod, the force of the fish pulling the floating body (1), and the inertial force of the floating body (1) and the weight. (2) is canceled and becomes as shown in (C) of the same figure.

Next, the reel (to) winds up the line (L), and the line (L,) freely passes through the threading hole (in this case, pipe hole α4) of the float body (1). In addition, since there is no float stopper (5) like in the past, the float can be hoisted up freely without any trouble.In addition, a part of the float body (1) can be used as a bait storage area as shown in Figure 5. It can also be used as a bait spreader, and if you push in the bait so that the bait (8) or Harris (L) is held in the bait storage section 4, you can use the aforementioned anti-breakage device a core, winding thread fastener (tie). becomes omissible.

As explained above, the float according to the present invention allows for easy and safe float fishing, even from a place with many anglers or from a place with a steep cliff or wall right behind it. So you can fish at the point you want,
In addition, since there is no locking mechanism, no looseness, etc. that could cause trouble, the winding can be done reliably, which is very useful in practice.

[Brief explanation of the drawing]

Figure 111 is a reference diagram showing an example of a conventional mobile float device, Figure 2 is a perspective view of one embodiment of the float body according to the present invention, and Figure 3 is a diagram showing another embodiment. Yes (a
) is a perspective view, (b) is a front view, (C) is a partial front view, Fig. 4 is a schematic diagram showing changes in state from casting to catching, and Fig. 5 is another example. FIG. l... Float body 2... Pathway fastener 3...
Threading hole 4... Thread winding groove 11... Unraveling prevention tool 12... Upper part of float body 13... Upper part of float body
14... Pipe 14... Pipe hole 15.
... Stopper 16 ... Winding thread stopper 17 ...
Auxiliary shaft 19... Bait storage section 31... Upper open end 32... Lower open end L... Michito patent applicant Masashi Hayase (a) Figure 5 Procedural Amendment July 1982 10th, Showa 6γ, Patent Application No. 035440 8m Thickness of the bobbin self-moving float 3, Relationship with the case of the person making the amendment Patent applicant address 678-29 Shiraeda-cho, Izumo City, Shimane Prefecture Name Masashi Hayase\1 4 Deputy Administrator 530 Address 2-3-10-6 Tenjinbashi, Kita-ku, Osaka Number of inventions increased by amendment

Claims (1)

[Claims] l A thread fastener (2) for determining and temporarily fixing the bottom of the float, a threading hole (3) passing through the float body (1), and a thread for winding the thread around the float body (1). A movable float with a spool, characterized by having a spool section. 2. A movable float with a line winding according to claim 1, in which the float body (1) is provided with a locking means for temporarily fixing the device. 3. A movable float with thread wrapping according to item 1 or 2 of the scope. 4. The movable float with line winding according to claim 2, wherein the shell locking means is a parakeet preventing device O0. 5. The movable float with a spool according to claim 2, wherein the spool portion is a spool #I (4), and the locking means is an anti-slip device (b). 6. The movable float with line winding according to claim 2, wherein the locking means is a bait storage part provided on the float body (1). 7. The movable float with a thread winding according to claim 6, wherein the thread winding portion is a thread winding groove (4). 8 The float body is divided into two parts, upper and lower, and these two parts are connected by a pipe Q4 that passes through a threading hole (3) provided in the float body, and a thread fastener (G). The movable float with line winding according to claim 1, wherein the pipe Q4 is fixed to only one of the upper and lower two parts of the divided float body. 9. The movable float with line winding according to claim 8, wherein the float body (1) is provided with a locking means for temporarily fixing the device. 10. The movable float with a thread winding according to claim 8 or 9, wherein the thread winding portion is a thread winding groove (4). 11. The movable float with line winding according to claim 8, wherein the locking means is a breakage prevention device 1.1η. 12. The movable float with a thread spool according to claim 8, wherein the spool portion is a spool #I (4), and the locking means is a parachase prevention device α. 13. The movable float with line winding according to claim 9, wherein the locking means is a bait storage section DI provided in the float body (1). 14. The movable float with a spool according to claim 13, wherein the spool portion is a spool groove.