JP2010207136A - Bait log for squid angling - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a structure of a squid angling bait log to enable recovery of the bait log by itself absolutely without using an angling disturbing means to take out a special recovery tool and recover the bait log. <P>SOLUTION: The bait log has an umbrella hook fixed to a shaft extending from a rear end of the bait log body, the fixing force between the shaft and the umbrella hook is 1.5-2.5 kg in terms of static load, and the umbrella hook is slipped off from the shaft when a force exceeding the preset static load is applied to the hook. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

The present invention relates to the structure of squid fishing egi.

  Lovers of “squid fishing” have existed for a long time, but “egging”, which enjoys squid fishing with fishing methods such as lure fishing, has recently attracted attention, and the number of lovers has increased rapidly. This is a fishing method in which an “egi (bait tree)” is attached to the end of the line, inserted into the point, and pulled.

  The eggi used was originally a mere piece of wood, but now it is mainly made of low foam plastic. Most of them are beautifully colored, and their size and color influence the fishing results. The size is usually 3.0 to 4.5 (1 size is 1 inch = about 3cm), and the color is suitable for the fishing spot, for example, blue for clear weather and green for rainy weather.・ Pink is often used, and pink / orange is often used when the turbidity is strong. However, it is said that one of the fun aspects of egging is the detailed use according to the situation. Of course, the angler's favorite egi also appears, and many enthusiasts say they are looking forward to collecting the egi.

As shown in FIG. 4, the basic form is a line fish B for connecting a line to the tip of the small fish-shaped main body A curved in a gentle S shape, and an umbrella for hooking a squid on the rear end. A needle C (also called a plane) is fixed, and an eye A1 corresponding to the eyes and a chest bolster A2 corresponding to the chest fin (mostly bird wings) are attached to the main body A that imitates a small fish. A sinker D, which is an exposed weight plate, is installed near the tip (under the eye A1 and the chest bolster A2).
When the egi is thrown into the fishing ground, since the sinker D is in this position, the egi first sinks with its head directed obliquely downward. Then, when you reach the bottom of the sea, repeat the action of lifting and sinking while waiting for the squid to ride. It will be raised when the squid rides.

In other words, in general, it can be said that egging is a type of fishing method that uses the egi to explore the seabed. Therefore, naturally, it is easy to take root. And once you get to the root, there is basically no other way than to pull the line. Of course, the recovery may be successful, but it is not uncommon for the line to break or the line eye B part to be damaged. This means that your favorite egi is always at risk of being lost or damaged. For this reason, special equipment for collecting egi or lure has been proposed and marketed.

JP2007-006757

  However, the work of collecting using such a dedicated collecting tool is extremely troublesome. There are many situations in which loss is unavoidable as long as the appropriate fishing time (time) is devoted to the collection time. Despite this, even though the line may be cut off and lost, expecting to recover the egi luckily, pulling the line with power alone without using a special collection tool, and disappointing as a result There are so many scenes.

Therefore, if it is possible to collect the egi without taking any measures to hinder the fishing operation, such as taking out the special collection tool and collecting the egi, it would be very preferable to enjoy fishing without losing the egi. .

  The part where the egi is rooted is the umbrella needle C part. One or a plurality of the umbrella needles C are installed on an attachment shaft extending from the rear end portion of the egi body. The umbrella needle C itself has a shape in which a plurality of needles that are curved forward from the shaft and extend forward are radially arranged, and is usually fixed to the shaft by welding or adhesion.

  Therefore, the present inventor finally made the present invention as a result of diligent research in view of the above points, and the feature thereof is an egi in which an umbrella needle is locked to a shaft body extending from the rear end of the egi body. The locking force between the shaft body and the umbrella needle is set to a static load of 1.5 to 2.5 kg, and the umbrella needle slides over the shaft body when the set value is exceeded. It is in the point.

  That is, the present invention intends to provide an egi having a structure in which the squid of a certain size can be raised and the egi body can be pulled up while leaving only the umbrella needle part when rooted. .

  Here, the “shaft body” is a bar extending from the rear end of the egi body, and is usually inserted and fixed to the rear end of the egi body. It is preferably made of metal or plastic having excellent strength and has a circular, elliptical or polygonal cross-sectional shape, but the material and shape are not particularly limited.

  The “umbrella needle” is a member having a shape in which a plurality of needles that are curved and extend forward are arranged radially. Unlike a normal umbrella needle, the umbrella needle in the present invention is locked to a shaft body by a frictional force. And this latching force is set so that 1.5-2.5 kg can be endured when a static load is received. For example, when the weight is set to 1.5 kg, an object having a weight of up to 1.5 kg can be suspended in the air. In the case of squid fishing, there is almost no load on the rampage line and the like that are caught like a normal fish. If the line is wound up slowly while maintaining a tension above a certain level, it will be able to catch up underwater with a very small load. However, when pulling up from the surface of the water, the weight of the squid or egi itself is applied to the umbrella needle part, so that if the squid is up to about 1.5 kg, it can be lifted up.

  However, in order to actually lift squid up to about 1.5 kg, the load capacity of the line needs to exceed that, and it is necessary to avoid breaking the line before the umbrella needle part falls off when rooted. Don't be. However, since the impact force applied to the line at the time of rooting is instantaneous, it cannot be predicted by the numerical value of load bearing force. If so, it is almost never cut by an impact when encountering the root. And since the static load capacity of the road yarn of about 1.2 to 1.7 greatly exceeds 1.5 kg, there is no problem (that is, the possibility of falling into a situation where the line is cut without the umbrella needle coming off) There is almost no). Of course, if the line is scratched or deteriorated, it can be easily cut, but the present invention does not consider inconvenience in line strength.

  Therefore, if it is an egi equipped with an umbrella needle with a locking force that withstands 1.5 to 2.5 kg when it receives a static load and exceeds it, it can be up to 1.5 kg or 2.5 kg. A heavy squid can be picked up, and when it is rooted, if the line is drawn as it is, at least the main parts other than the umbrella needle can be collected.

  That is, in the present invention, the umbrella needle serves as a fuse for protecting the main body of the egi when an excessive load is applied, and the collected needle may not have the umbrella needle. Therefore, it is desirable that the replacement needle is prepared as an accessory or an independent product for the egi in the present invention.

When setting the replacement needle, it is necessary to be able to reproduce the locking force as designed (that is, the static load resistance of 1.5 to 2.5 kg). It is not preferable.
For example, if the shaft portion of the umbrella needle is made of a metal pipe, and a hollow rubber pipe that fits just inside is fitted and fixed, and the shaft of the egi is pushed into this rubber pipe hole, the metal pipe, the hollow rubber pipe This can be suitably handled by carefully setting the material, size, and shape of the egi side shaft body. That is, in the case of an egi that targets a large squid, the egi side shaft is made of a large diameter, so that, for example, the static load resistance (that is, the maximum lifting weight) is 1.5 kg with the same replacement needle. It is possible to provide three kinds of egi, 0 kg and 2.5 kg. And since the replacement needle setting work with this method does not require pliers or other tools, even if there is no umbrella needle at the time of recovery, it means that you can immediately attach a new umbrella needle and continue fishing Is preferred.

Further, in the case of this egi, even when the sharpness of the umbrella needle is impaired, it can be replaced with a new umbrella needle, and the operation is simple. In the case of replacement, it is necessary to first pull out the old umbrella needle, but it is more convenient to use tools such as radio pliers for this work. The operation of attaching the replacement needle after the removal is simply pushing into the egi-side shaft body as described above.

The squid fishing egi according to the present invention is an extremely advanced invention having various effects as described below.
(1) The locking force between the shaft body and the umbrella needle is set to a static load of 1.5 to 2.5 kg, and the umbrella needle slides on the shaft body when the set value is exceeded. As a result, it is possible to prevent the umbrella needle part from being removed when the root hook is encountered, and the line to be cut off due to the impact of the root hook and the entire egi is lost.
(2) There is no need to use a special collection tool for the purpose of collecting egi when encountering a root hook.
(3) Can be easily replaced when the umbrella needle part is deteriorated.

It is a schematic side view which shows an example of the squid fishing egi based on this invention. (A) (b) (c) shows an example of the structure of the umbrella needle part of the squid fishing egi which concerns on this invention, (a) (b) is a perspective view, (c) is schematic sectional drawing. It is. It is a schematic perspective view which shows an example of the umbrella needle end part structure of the squid fishing egi which concerns on this invention. It is a schematic side view which shows the shape of the conventional typical egi.

  Hereinafter, the present invention will be described in more detail with reference to the drawings.

  FIG. 1 shows an example of a squid fishing egi 1 (hereinafter referred to as “present invention egi 1”) according to the present invention. As is clear from the figure, the egi 1 of the present invention of the present example has an egi side shaft body 3 fixed to the rear end portion of the main body 2, and an umbrella needle 4 is fitted therein. In addition, this example is a product of a type in which two umbrella needles 4 are installed, and in the figure, one is already attached and one shows the state that is about to be attached. The number of sets of the umbrella needles 4 is not limited to the two types illustrated, but may be one or three or more.

  2A and 2B show an example of the structure of the umbrella needle 4. FIGS. 2A and 2B are perspective views, and FIG. 2C is a schematic sectional view. The umbrella needle 4 is formed by arranging five sets of unit umbrella needles 41 each having a shape in which a wire whose both ends are bent in two on the inner peripheral surface of a metal cylinder 42. A rubber tube 43 is fixed inside the five unit umbrella needles 41... By an adhesive.

  To set the egi body 2, the egi side shaft body 3 is fitted into the hole of the tube 43 of the umbrella needle 4. In this case, the tube 43 is deformed to increase the frictional force, and the umbrella needle 3 is held by the frictional force. Therefore, it is a condition that the outer diameter of the egi-side shaft body 3 is larger than the inner diameter of the rubber tube 43.

In the present example, the rubber tube 43 is used to directly contact the egi-side shaft body 3 among the members constituting the umbrella needle 4, but plastic or metal may be used. However, when a hard material is employed, both the inner diameter and the outer diameter of the egi-side shaft body 3 need to be finished with high precision as long as the column is fitted into the cylinder. In view of this, it is possible to easily cope with this problem by providing irregularities on the outer surface of the egi-side shaft body 3 or the inner surface of the tube 43 and elastically deforming the contact portion. An example is shown in FIG.

DESCRIPTION OF SYMBOLS 1 Squid fishing egi which concerns on this invention 2 Egi main body 3 Egi side shaft body 4 Umbrella needle 41 Unit umbrella needle 42 Metal cylinder 43 Tube A Small fish-like main-body part A1 Eye A2 Chest boro B Line eye C Umbrella needle D Sinker

Claims (1)

  An egi in which an umbrella needle is locked to a shaft body extending from the rear end of the egi body, and the locking force between the shaft body and the umbrella needle is set to a static load of 1.5 to 2.5 kg. An egi characterized in that the umbrella needle is configured to slide on the shaft when the set numerical value is exceeded.

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