JP2005328846A - Sea fishing float with through hole - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a sea fishing float with a through hole, capable of concentratedly capturing a specific depth rich in a desired fish kind, i.e. the bottom layer or interlayer by making the through angle of a fishing line selectable and the entry angle to water adjustable and giving functions as a cotton yarn knot and a fixing device of a float fixing ball so as to easily correspond to any fishing hook of skittering, semi-skittering, or the like. <P>SOLUTION: This sea fishing float with the through hole comprises a float body 10 of a predetermined form and having the through hole 13 for passing through a fishing line 20 and bored as a comparatively large diameter to be filled with water so as to be stabler in use, a central weight 15 set under the through hole 13 of the float body 10 so as to keep balance, and a line guide hole 14a set to guide the fishing line 20 to the through hole 13, wherein the line guide hole 14a is set as one or more rings at one of the inlet or outlet position of the through hole 13 so as to control the through angle of the line 20 and to fix a float-fixing rubber and the cotton yarn knot. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to floating holes for sea fishing. More specifically, a through hole having a relatively large diameter is provided, and at least one or both of an inlet part and an outlet part of the through hole are provided. This relates to a floating hole for sea fishing provided with a fishing line guide opening.

  In conventional general sea fishing, a fishing line is connected to the tip of a fishing rod, a hole is floated in this fishing line, and an underwater float is provided, and then a fishing hook is connected to the lower part of the underwater float via a rig. And use.

  The role of the float in sea fishing having the above-described configuration is a buoy that transmits a signal when a fish holds a fishhook, that is, the presence or absence of fish faith to the angler's naked eye. Among such floats, the hole float has a wide through hole through which the fishing line passes, so the fishing line passes smoothly, and the fishing hook containing the passed fishing line swims very naturally in the water. There is no sense of resistance to fish hooks or fishing hooks, and the transmission of fish letters is very straightforward and positive. Therefore, in the hole floating, visibility that can be recognized visually, sensitivity to detect fish faith, long throwing ability to send a fishing hook to a long distance, and floating in waves and winds Therefore, stability that does not shake and durability that can be used for a long time are required.

  In order to meet such requirements, mainly elliptical hole floats have been developed and used, and inclined hole floats used for full-flow fishing hooks and semi-fluid fishing hooks as a kind of hole floats ( (Also known as “slope floating”) has come to be used a lot.

  In the inclined hole floating as described above, the through hole is formed in a straight line having a diameter of 1 to 5 mm so that the fishing line can be smoothly passed, and the inner surface of the through hole and the outer surface of the fishing line are lined up. Since the slanted float thrown into the fishing line does not enter the fishing line quickly because the frictional force due to the contact and friction of such line contact increases, the fishing hook reaches the desired depth at the desired position, that is, the point There was a problem of staying away and easily leaving.

  What has been proposed in order to solve such problems is disclosed in Patent Document 1, which is a main body having an elliptical shape and a central weight provided so as to be eccentric to the lower end of the main body. In the normal inclined hole floating structure constituted by: a through hole is formed in the center of the main body, and a plurality of steps are formed on the inner diameter of the step, and a depression is formed on one side of the main body. It was formed.

  The tilted hole float with the above configuration is a stepped through-hole formed with a number of steps, so it does not easily react to the movement of the fishing line by reducing the friction area with the fishing line, Since the tilted float that has entered the sea can receive resistance at the surface of the water because of a depression on one side of the main body, the tilted hole float is prevented from detaching from the point due to shaking of the fishing hook Like to do.

  However, in the case of inclined type hole floating as in the registered utility model publication, since the through holes are multistage, they contact each stage, so there is a limit to reducing the friction area with the fishing line, and the inside of the through holes Since it is impossible to adjust the pulling angle and the discharging angle of the fishing line inserted into the fishing line, it is not possible to adjust the incoming speed of the fishing line including the fishing hook as desired by the angler, so it varies depending on the fish type. There was a problem that it was difficult to concentrate on specific depths such as the bottom and middle layers.

  In addition, all the existing tilted hole floats have an oval overall shape of the main body, and the central weight is concentrated in one place on the main body, so the main body shape or the central weight is dispersed. There was a problem that it was difficult to ensure balance and stability compared to the arrangement.

  As an improvement of these problems, there is a float in Patent Document 2. In this float, the through-hole formed in the float body is filled with water, so when there is fish fish, the resistance and resistance to catching the fishing line decrease, as well as resting on the sea water and It is easy to ride, is not affected by the wind well, and because the through-holes of the pipe-shaped fishing line with different diameters are provided above and below the through-holes, it is possible to select the through-holes of the fishing line according to the thickness of the fishing line and the fishing method In this way, the application range is expanded.

  Further, the fishing float of Patent Document 3 is formed so that the through hole of the main body is inclined downward, and the upper surface of the floating main body is formed in parallel with the water surface so that the fishing line can smoothly and smoothly slide. It is a thing.

  And the fishing float of patent document 4 is formed so that the said entrance becomes larger than the area of another part, making the central through-hole in a floating main body the entrance part or the exit part continue to a smooth inner wall. Therefore, the fishing line can be easily passed and the fishing line can be smoothly dropped.

Korean Utility Model Registration No. 20-0335931 Registration Gazette Korean Utility Model Registration No. 20-0130521 Registration Gazette Korean Patent Publication No. 2003-0026301 Korean Patent Publication No. 2003-0064944

  However, all the fishing floats mentioned above have a pipe shape no matter how smooth the through hole of the fishing line through which the fishing line passes is, so it is difficult to insert the fishing line when first installing the fishing hook Since the surface tension of the fishing line must be generated during use, if the fishing hook including the needle is light, there is a problem of affecting the drop of the fishing line. There is a problem that even if it is required to be changed, it cannot be changed.

  An object of the present invention is to solve the conventional problems as described above. Specifically, the angle of penetration of the fishing line can be selected and used as desired by the angler, and therefore, the water entry speed can be selected. It can also be used as an anchor for cotton yarn knots and float balls, and can easily handle any fishing hook such as full flow or semi-flow. The object of the present invention is to provide a hole for sea fishing that allows the depth of the fish species, that is, the bottom layer and the intermediate layer to be intensively captured.

  In addition, another object of the present invention is to minimize the frictional force when the fishing line passes through the floating through hole so that the fishing line can be easily pulled out, thereby improving the long throwing performance of the fishing hook as well as low buoyancy. It is to provide a floating hole for sea fishing in which the fishing hook has a high water entry speed and can be adjusted freely.

  In order to solve the above problems, the sea fishing hole float according to the present invention has a predetermined shape having a through hole that is perforated with a relatively large diameter so that the fishing line penetrates and is filled with water when used and is more stable. In the sea fishing hole floating including a main body, a central weight provided for maintaining balance below the through hole in the main body, and a fishing line guide port provided to guide the fishing line to the through hole, The fishing line guide port should be provided in at least one ring shape at one of the entrance part and the exit part of the through hole so that the fishing line can be adjusted as well as the floating angle of the fishing line can be locked. It is characterized by.

  There may be at least one fishing line guide port, and an appropriate number may be provided in consideration of the size or weight of the main body and the through hole. This fishing line guide port can be provided at both the entrance part and the exit part of the through hole.

  The central weight can be uniformly distributed in the balance maintaining portion of the main body, which is below the through hole, in order to achieve stability of floating the sea fishing hole.

  Further, in the sea fishing hole floating according to the present invention, as described above, a main body having a predetermined shape having a through-hole drilled with a relatively large diameter so that the fishing line penetrates and is filled with water during use and is more stable. The fishing line guide in the sea fishing hole float including a center weight provided for maintaining the balance below the through hole in the main body and a fishing line guide port provided to guide the fishing line to the through hole. The mouth is provided in at least one ring shape at a terminal end of an arm extending from a ring-shaped fixture provided in one of the inlet portion and the outlet portion of the through hole.

  The fishing line guide port can be provided at both the entrance part and the exit part of the through hole, and the arm that supports the fishing line guide port can be bent so that the position of the fishing line guide port can be changed. It can be made of possible materials.

  In the sea fishing hole floating according to the present invention, since at least one or more fishing line guide ports are provided in one or both of the entrance part and the exit part of the through hole, the fishing line penetration (insertion) angle is as desired by the angler. It is possible to adjust the water entry speed by selecting, and it also functions as a locking device for cotton yarn knots and floating balls, and easily handles any fishing hook such as full flow or semi-flow, so it is desirable It is possible to intensive capture at an arbitrary depth such as the depth of the fish species, that is, the bottom and middle layers in the sea.

  Further, in the sea fishing hole floating according to the present invention, the fishing line passing through the inside contacts only one end of the through hole and the fishing line guide port, so that the friction generated in the fishing line is small, and the fishing line is easily removed. In addition to improving the long throwing performance of the fishing hook, the fishing hook has a high water entry speed and can be freely adjusted even with a low buoyancy fishing hook.

  Hereinafter, the sea fishing hole float according to the present invention will be described in detail with reference to the accompanying drawings. 1 (a) to 1 (c) are a front perspective view, a rear perspective view, and a front view, respectively, showing a preferred embodiment of sea fishing hole floating according to the present invention, and FIG. It is the sectional view on the AA line of the sea fishing hole floating shown to a), FIG. 3 is the sectional view on the AA line which showed the use condition of the sea fishing hole floating.

  As shown in these drawings, the floating hole for sea fishing according to the present invention is an equilibrium maintaining part (tapered) formed so that the overall shape of the main body (10) is sharp (tapered) when viewed from the front. In order to ensure excellent visibility, a mountain back (12) with a raised center is formed when viewed from the side. This body (10) is designed to ensure that the back of the mountain (12) is immersed in the water surface or not so that the hole float is drawn into the water almost without being affected by the surface tension when the fish of the target fish comes. It must be set to a degree of buoyancy.

  The shape of the main body (10), i.e., the overall shape including the balance maintaining portion (11) and the back of the mountain (12), is a ship that is pointed toward the bottom of the main body (10) when viewed from the front and back. Because of its shape, it drains well, has a good sense of stability, and can align the direction of floating according to the tide (flow) of water.

  In other words, since the overall shape of the main body (10) is a ship shape, if the advantages are listed, firstly, when fish trust is obtained, there is little resistance to water entry, so the float is well underwater. Second, because there are more parts that are submerged in the water than parts that appear on the surface, like icebergs, there is a sense of stability such as uprightness of the float due to the action of water pressure that firmly supports the float Good, thirdly, it is possible to align the direction of the floating movement according to the direction of the tidal current (water flow), and to guide the floating to a desired point or prevent it from leaving within the point It can be done.

  The main body (10) is formed with a through hole (13) of 10 to 30 mm having a relatively larger diameter than the diameter of the conventional hole float in the longitudinal direction, and the balance maintaining section (11 ) Is provided with a central weight (15) so as to be located at the lower part of the main body (10). The main reason for making the through hole (13) of the main body (10) larger than before is that the through hole (13) is filled with water, so it is stable and less swayed by waves, winds, strong tides, etc. This is because fishing lines such as fishing hooks are more stable (water entry). When the diameter of the through hole (13) in the main body (10) is 10 mm or less, the amount of water filled in the through hole (13) is small, so that the stability is inferior and the fishing line is not easily removed. Also, if it exceeds 30 mm, it becomes stable because there is a lot of water filled in the through hole (13), but if the through hole (13) becomes larger than the fishing hook, The function cannot be obtained.

  In the through hole (13), a pipe made of ceramic or injection material is inserted on the inner surface, and the end of the inner surface is preferably rounded to prevent cutting of the fishing line (20). It is sufficient to perforate the main body (10) itself and smoothly treat the inner wall surface without inserting a pipe into the inner surface of (13).

  A fishing line guide port (14a) is provided at the upper part of the exit part which is one end of the through hole (13). This fishing line guide port (14a) can change the passing angle of the fishing line (20) inserted through the through hole (13), and functions as a locking device such as a cotton line knot or a float ball. Any fishing hook such as flow or semi-flow can be easily handled.

  After all, the fishing line (20) that passes through the float comes into contact with only one end of the through hole (13) and the fishing line guide port (14a). In addition to improving the long throwing ability of the fishing hook, the fishing hook has a high water entry speed and can be freely adjusted even if it is a fishing hook with low buoyancy, which makes it possible for the angler to depend on the target fish (desired fish species) The depth, that is, the bottom layer and the intermediate layer can be intensively captured.

  As shown in FIGS. 4 (a) and 4 (b), the central weight (15) provided in the balance maintaining portion (11) located at the lower part of the main body (10) is configured so that the main body (10) One central weight provided at the bottom of the main body (10) and small central weights on both sides above the central weight are distributed so that the improved stability can be secured without being inclined to adverse effects such as Can do.

  In the inclined type hole float according to the present invention configured as described above, the fishing line (20) connected to the fishing rod (not shown) as shown in FIG. 3 is passed through the entrance portion of the through hole (13). After being inserted into the fishing line guide port (14a) provided at the exit portion, the underwater float and the fishing hook are connected to the lower side of the fishing line guide port (14a). This state is a state in which a knot or ball is fixed to the fishing line extending from the fishing rod on the inlet side of the through hole (13) to make it semi-flow floating.

  In this way, if thrown at a desired position such as the sea in the state provided in the middle of the fishing line, while the water is filled in the through hole (13) formed in the longitudinal direction of the main body (10), the main body (10) The whole surface of the inclined hole float according to the present invention is horizontally balanced with the seawater surface by the balance maintaining portion (11) located at the lower portion of the water and the central weight (15) disposed thereon.

  At this time, while the fishing line is thrown together with the fishing hook and the balance is maintained on the water surface, the fishing line contacts only the inlet of the through hole (13) and the fishing line guide port (14a) at the outlet, so the frictional resistance is the smallest. Therefore, since it quickly escapes and the water entry speed is high, the fishing hook enters the bottom layer and can intensively capture the fish species in the bottom layer.

  As described above, when the hole float is thrown and used, the stability of the hole float itself is improved by the balance maintaining portion (11) of the main body (10) and the central weight (15) of the balance maintaining portion (11). Assured, the stability is further increased by filling the through hole (13) of the main body (10) with water. In addition, since the balance maintaining part (11) is formed to be pointed at the lower part of the main body (10), the drainage is good and stable, and the direction of the hole floating is aligned with the water tide (flow). It can be made.

  By the way, it is set so that the fishing line passes through the outlet of the through-hole (13) outside the through-hole (13) without passing through the fishing-line guide port (14a) formed at the outlet at the end of the through-hole (13). Then, it can be used as a total fluid float. In this way, when used as a total flow float, the frictional force between the inner surface of the through hole (13) and the fishing line will increase compared to the method of use described above, and therefore the fishing line will not come out smoothly, so the water entry speed Will become slower, and will be able to intensively capture fish species with lower water depth.

  5 (a) to 5 (c) are diagrams showing another embodiment of the sea fishing hole floating according to the present invention. FIG. 5 (a) is one end of the through hole (13). Two fishing line guide openings (14a) are provided at a certain exit part, and FIG. 5 (b) shows two fishing line guide openings (14b) at the entrance part which is the other end of the through hole (13). FIG. 5 (c) shows a shape to which both FIG. 5 (a) and FIG. 5 (b) are applied, that is, the outlet part and the inlet part which are both ends of the through hole (13). Both are provided with two fishing line guide openings (14a, 14b).

  In addition to this embodiment, one fishing line guide port (14a, 14b) is provided at each of the outlet part and the inlet part which are both ends of the through hole (13), or only at the inlet part of the through hole (13). Of course, one fishing line guide port (14b) can be provided, and one fishing line guide port is provided at either the exit part or the inlet part of the through hole (13), and two fishing line guide openings are provided at the other. Can be provided.

  In addition, the fishing line guide port (14a, 14b) in the above-described embodiment is shown and explained only by being provided at either the upper end or the lower end of the outlet part and the inlet part which are the end of the through hole (13). You may provide in the intermediate position of the exit site | part which is both terminal ends of a hole, and an entrance site | part, ie, the inner surface of the left-right side. If comprised in this way, the fishing line guide port (14a, 14b) provided in the exit site | part of the through-hole (13), the entrance site | part (or both) will be used for the penetration angle of the fishing-line which penetrates a through-hole (13). This allows the angler to set the fishing hook water depth arbitrarily and to intensively capture the bottom layer, middle layer, etc., and enjoy the fishing taste even more It can be done.

  FIGS. 6 (a) and 6 (b) are views showing floating holes for sea fishing according to still another embodiment of the present invention, in the form of a ring at the exit end of the through hole (13) in the main body (10). Except that the fixing tool (16) is provided, an arm (17) that is bent and extended from the fixing tool (16) is extended, and a fishing line guide port (14a) is provided at the end thereof. This is the same as the configuration of the embodiment described above. The fixture (16) may be integrally provided with a ring made of a ceramic material having the same inner diameter as the inner diameter of the through hole (13) in order to prevent damage or breakage of the fishing line penetrating the fixing tool (16). .

  Two or more fishing line guide ports (14a) at the end of the arm (17) can be provided as shown in FIG. 6 (c), and the positional relationship of the fishing line guide ports (14a) can be changed. Thus, the arm (17) itself may be formed of a material that can be bent to some extent. The reason is that the passing angle of the fishing line (20) inserted through the through hole (13) can be changed.

  Further, as described above, the arm (17) and the fishing line guide port (14a) can be selectively provided in either the outlet part or the inlet part of the through hole (13) in the main body (10), You may provide in both the entrance part and exit part of a through-hole (13).

  Although the arm (17) of the present embodiment has been described as extending using the ring-shaped fixture (16) at the entrance portion of the tip of the through hole (13) in the main body (10), the arm ( Any configuration can be adopted as long as the end of 17) can be bent and can be fixed to the body (10) portion around the through hole (13).

  Also in the sea fishing hole floating according to the embodiment described above, the passing angle of the fishing line (20) inserted through the through hole (13) is provided in front of the tip of the through hole (13), as in the previous embodiment. The fishing line guide port (14a) can be changed, and it also has the function of a locking device such as a cotton knot or a float ball, so it can be easily applied to any fishing hook such as full flow or semi-flow. This makes it possible to capture the fishing hooks in various depths, setting the depth of fishing hooks as desired by the angler, such as the bottom and middle layers, and to enjoy the fishing taste even more. It can be done.

It is the front perspective view which showed one Example of the hole floating for sea fishing which concerns on this invention. It is a back perspective view of the hole for sea fishing of FIG. It is a front view of the hole for sea fishing of FIG. It is an AA line sectional view of the hole for sea fishing of Drawing 1 (a). It is the sectional view on the AA line which showed the use condition of the hole for sea fishing of FIG. 1 (a). It is the side direction longitudinal cross-sectional view which showed the other Example of the hole floating for sea fishing which concerns on this invention. It is a front direction longitudinal cross-sectional view of the hole for sea fishing of Fig.4 (a). It is sectional drawing which showed the use condition of the further another Example of the hole for sea fishing which concerns on this invention. It is sectional drawing which showed the use condition of the further another Example of the hole for sea fishing which concerns on this invention. It is sectional drawing which showed the use condition of the other Example of the sea fishing hole floating which concerns on this invention. It is the front perspective view which showed another Example of the hole floating for sea fishing which concerns on this invention. It is the sectional view on the AA line of the sea fishing hole floating of Fig.6 (a). It is the front perspective view which showed another Example of the hole floating for sea fishing which concerns on this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 Main body 11 Balance maintenance part 12 Mountain back 13 Through-hole 14a, 14b Fishing line guide port 15 Center weight 16 Fixture 17 Arm 20 Fishing line

Claims (5)

A main body having a predetermined shape having a through hole drilled with a relatively large diameter so that the fishing line penetrates and is filled with water during use, and is provided below the through hole in the main body for maintaining balance. In a sea fishing hole float including a center weight and a fishing line guide port provided to guide the fishing line to the through hole, the fishing line guide port adjusts the penetration angle of the fishing line, as well as a floating rubber and a cotton line knot. A sea fishing hole float characterized by being provided in at least one ring shape at one of the entrance part and the exit part of the through hole so as to be locked. The sea fishing hole float according to claim 1, wherein the fishing line guide port is provided at both the entrance part and the exit part of the through hole. A main body having a predetermined shape having a through hole drilled with a relatively large diameter so that the fishing line penetrates and is filled with water during use, and is provided below the through hole in the main body for maintaining balance. In a sea fishing hole float including a center weight and a fishing line guide port provided so as to guide the fishing line to the through hole, the fishing line guide port is provided on one of the inlet part and the outlet part of the through hole. A sea fishing hole float characterized by being provided in the shape of at least one ring at the end of an arm extending from a shaped fixture. 4. The sea fishing hole float according to claim 3, wherein the fishing line guide port is provided at both the entrance part and the exit part of the through hole. 4. The sea fishing hole float according to claim 3, wherein the arm is made of a material that can be bent so that the position of the fishing line guide port can be changed.