JP3092003B2 - Squid angle thrower - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a squid horn insertion device for mounting squid horns used for squid fishing in parallel to a container.

[0002] The squid angle tackle used in the present invention generally means that a fishing tackle is thrown into the water and placed on the water, and a weight is attached to the lowermost portion of the tip of the trunk thread, and the stem thread at the top of the weight is centered. 5 to 10 branch yarns are arranged at intervals of about 1 m, and a squid angle is attached to the tip of each branch yarn having a length of about 5 cm. In addition, the squid angle used in the present invention is generally a stainless steel needle having a length of about 1 cm and a non-return straight needle around the tip of a plastic rod having a length of 14 to 18 cm. With the needle pointed at an angle of about 30 degrees toward the rear end of the plastic rod, about 10 needles are attached, and a hole is provided in the rear end of the plastic rod to attach a branch thread.

[0003]

2. Description of the Related Art As a conventional technique, six to seven round pipes connected in parallel in the horizontal direction are attached to a boatslip, and a squid angle connected by a fishing line is inserted into a recess at the tip of the pipe which is opened outward. There is a squid angle thrower that fits.

Another conventional technique is to attach a rectangular rubber plate having several fixed cuts on its surface to a stern, and hook a squid angle connected with a fishing line to the cut on the rubber plate surface. There are hooks.

[0005] Further, as a convenient conventional technique, there is a squid angle hook which hooks a sword on a boat side and hooks a squid angle connected with a fishing line on a knitted stitch.

[0006]

In a squid angle thrower using a pipe, one squid angle corresponds to one pipe, the area of the open concave portion at the tip of the pipe is small, and the squid angler can be caught on a swinging ship. On the other hand, the squid angle from which the squid was removed while the squid was being removed had to be continuously inserted into the open recess at the end of the pipe, so that it was considerably difficult to shake the boat. Another problem is that in the pipe, the squid angle is merely inserted and is not securely held. Even if you pull it a little, it will come off, and it will cause the fishing line to be entangled by inaction. Furthermore, the number of squid horns in the squid angle device is limited to 6 to 7 by the number of pipes 6 to 7, and the unit of the squid angle thrower in the horizontal direction is the stacking of waste in pipe diameter and connection. The number of squid horns stored per length is also reduced.

The squid angle hook provided with several cuts on the surface of the rubber plate has a narrow cut cut, and the squid is removed on the other hand while the squid that has been caught is pulled up on a rocking ship. Since the squid angle must be continuously hooked to the cutout on the rubber plate surface, it is considerably difficult to shake the ship. There is also uncertainty in terms of squid angle retention. Furthermore, when a squid angle device with a weight is continuously thrown into the water, if you try to throw it in automatically, the shape of the squid angle stick will pull the rear end of the stick, so the squid angle tip will stick to the rubber plate. Since the biting force is exerted and the squid angle cannot be inserted automatically, there is a difficulty in having to perform a troublesome operation of removing the squid horns one by one from the rubber plate and throwing them into the water.

[0008] There is no problem with the squid angle hooking device because it can be hooked to an arbitrary position. However, there is uncertainty in terms of squid angle retention. Furthermore, when the squid angle device with the weight is continuously thrown into the water, there is a difficulty in performing the troublesome operation of removing the squid angle from the body one by one and throwing it into the water. In addition, there is a danger that the fishing line will get tangled when thrown.

[0009]

The first problem is the automatic squid horn insertion. By throwing a weight of a squid angle device with a weight attached to the tip and a squid angle connected continuously with a fishing line following the weight, the squid angle is automatically and continuously thrown into the water by the force of the weight. This is an issue to be developed. For this purpose, open the front surface of the container in the direction in which the squid angle connected to the weight at the tip and the fishing line protrudes, and protrude the lower wall of the container outward from the upper wall and bend outward to bend the squid angle thrower. Solved by inventing.

Next, there is a problem of freely inserting a squid angle. An object of the present invention is to develop a device that can stably and freely insert a continuous squid angle with a fishing line into a squid angle thrower while catching a squid on a swinging ship. For this purpose, the open surface at the front of the squid angle inserter is made a free surface that is not divided and partitioned so that the squid angle can be inserted from anywhere, and the lower wall of the container projects outward from the upper wall. By using the upper surface of the protruding lower wall as a guide, the tip of the squid corner is touched on the upper surface of the lower wall, and the device is inserted into the container so as to slide along the upper surface of the lower wall. Settled.

Next, there is a problem of stable mounting of the squid angle. It is an issue to develop a device that can easily and stably and reliably attach a squid angle to a container with one touch. For this purpose, the upper row and lower row are grouped in the horizontal direction, and the interval between the squid angle suppressing springs composed of a number of parallel elastic bodies arranged at substantially the same intervals is adjusted according to the size of the squid angle head. Bending to the rod part of the squid angle from the vicinity of the fixed part of the spring to the middle part, deformed by applying a little force, utilizing the property and force of the elastic body that returns to the original when the force is released, This problem has been solved by inventing a device that holds the squid angle so that the tip of the squid angle suppressing spring is brought into contact with the inner wall of the container, and the squid angle is detachably held with one touch.

Finally, there is the problem of mounting a large number of squid angles.
The task is to develop a device that attaches as many squid horns as possible in a container so as to be detachable. For this reason, one squid angle can be mounted theoretically with four upper, lower, left and right squid angle suppressing springs. This problem has been solved by inventing a device in which a large number of squid angle suppressing springs are detachably and continuously arranged at substantially the same intervals so that they can play a role even if four squid suppressing springs are used.

[0013]

BEST MODE FOR CARRYING OUT THE INVENTION A squid angle suppressing spring (1) made of a number of elastic bodies having substantially the same interval and arranged side by side as a set of an upper row and a lower row in the horizontal direction is fixed to a fixture (2). The squid angle restraining spring (1) is fixed to the inside of the squid angle restraining spring (1) from the fixed portion to the middle portion, and has a curve holding the squid angle (6). (3) The inner surface of the upper wall (4) and the inner surface of the lower wall (5) are smoothly contacted, and the tip of the lower wall (5) of the container (3) of the squid angle inserter is connected to the upper wall (4). This is a squid angle inserter having the characteristic that it projects outward from the tip and bends a portion of the lower wall (5) that projects outside the container outward.

The method of using the squid angle thrower of the present invention is as follows. By throwing a squid angle weight having a weight at its tip into water, the stem yarn is pulled downward by the weight and connected from the stem yarn with a branch yarn. The rear part of the squid angle bar is pulled down and falls out of the thrower automatically and continuously. At this time, since the lower wall protrudes outside the upper wall and the tip is bent outward,
The rear end of the rod portion of the squid angle coming out of the container is pulled down by the weight to become a point of force, and with the tip of the lower wall protruding as a fulcrum, it is sent to the upper wall of the tip of the squid angle to become an action point, and by the principle of leverage, When the tip of the horn comes off the upper wall, the squid horn, which had been tight until now, jumps out and jumps upward. In this case, the short upper wall also serves as a cover that does not become entangled with the squid angle where the jumped squid angle remains.

Also, when the squid is caught and the squid horn is taken in, the squid horn is not covered by the tip of the squid horn attached to the upper surface of the lower wall protruding out of the container of the squid horn inserter while taking in the squid. Touch an appropriate position in quick succession, insert it into the interior so that it slides along the upper surface of the lower wall, push it in, and attach it to the squid angle suppressing spring consisting of four adjacent elastic bodies.

[0016]

[Example] In one embodiment of the material of the container of the squid angle inserter, the material of the container of the squid angle inserter is stainless steel because the commercially available squid angle is made of stainless steel which is resistant to rust because it is immersed in seawater. It is necessary that the material be as strong as the squid angle needle. If the strength of the squid angle needle is too high, the needle sticks to the wall of the container, resulting in a bad condition. If the strength of the squid angle needle is too weak, the needle is quickly worn away, resulting in poor condition. Therefore, any material may be used as long as the material has the same strength as the stainless steel squid angle needle. One method is to make the container of the squid angle thrower the same stainless steel as the squid angle. In the case of a stainless steel container, there is a method in which the upper wall, the bottom wall, and the lower wall are formed by bending using the same member. In this case, in the continuous bending process, the outer end portions of the upper wall and the lower wall are bent or bent so that the fishing line does not break when touched and does not hurt when touched by hand. Further, there is a form in which the upper wall is extended forward with respect to the lower wall.

The depth of the container of the squid angle thrower is such that the rear end of the rod portion and the hand holding the stick are out of the container with the tip of the squid angle attached to the squid angle suppressing spring. The depth is such that it touches or does not touch the tip of the At the end of the wall of the opening of the container, the stroke is increased, but a round bar or a round pipe is attached to the tip of the upper wall and the lower wall by welding so that the fishing line does not break even if it touches the wall edge, and it is touched by hand. There are ways to keep it from hurting.

As one embodiment of the squid angle suppressing spring made of an elastic body, one method is to use a stainless steel wire because of its durability against rust caused by getting wet with seawater and its elasticity. The thickness of the stainless steel wire used for the squid angle suppressing spring is not too hard or too soft due to the contact of the squid angle, and the thickness is such that the elasticity and shape suitable for use are maintained. The U-shaped stainless steel wire is divided into an upper wire and a lower wire, and a hole of an appropriate size is drilled at an appropriate position at substantially the same interval between the upper and lower rows of the fixture, and the hole is bent. Secure through stainless steel wire. The middle of the free end of the U-shaped stainless steel wire is bent and bent so that it can hold the squid angle bar so that the squid angle can be freely attached and pulled out smoothly without catching the squid angle. The tip is installed so as to contact the inner surfaces of the upper and lower walls.

Also, as an embodiment of a squid angle restraining spring made of another elastic body, the squid angle restraining spring is not too hard and not too soft due to contact with the squid angle, and has an elasticity and a shape suitable for use. Use plastic wire that is kept. The squid angle suppressing springs made of a plastic wire are appropriately arranged at substantially the same interval in the upper row and the lower row. The free end middle part is bent outward so that it can be inserted and pulled out smoothly without catching the squid angle, and the free end tip is set to contact the inner surface of the upper wall and the lower wall I do. A squid angle suppressing spring having the above-described shape and properties and a fixture are integrally formed.

In one embodiment of mounting the fixture with the squid angle restraining spring to the container of the squid angle thrower, two or more bolt insertion holes are provided at the mutually engaged portions of the fixture and the container. There is a method of opening and mutually fixing with bolts. In one embodiment of the method of mounting the fixture with the squid angle suppressing spring to the container of the squid angle thrower, a method of applying an adhesive to a part or all of the mutually engaging parts and fixing with the adhesive is used. is there. In one embodiment of attaching a fixture with a squid angle suppressing spring to the container of the squid angle thrower, a hook is provided on the outer periphery or back surface of the fixture or the bottom surface inside the container,
There is a method in which a receiving portion is provided at a position facing the hook and the hook is fixed. In one embodiment of attaching a fixture with a squid angle suppressing spring to a container of a squid angle thrower, a product name magic tape with a large number of hooks and receiving portions on the cloth surface and an adhesive applied to the back surface is used. There is a method in which the fixing device is fixed in the container by attaching the fixing device to the back surface of the fixing device and the bottom of the container. In one embodiment of mounting the fixture with the squid angle restraining spring to the container of the squid angle thrower, the outer periphery of the fixture rubs against the inner periphery following the bottom inside the elastic container. There is a method in which a fixing tool is frictionally mounted. In one embodiment of attaching a fixture with a squid angle suppressing spring to the container of the squid angle thrower, the thickness of the fixture is equivalent to the thickness of the fixture so that it is inserted from the lateral direction between the upper wall and the lower wall of the container. There is a method of inserting and mounting by providing a groove to be inserted.

There is a method according to an embodiment in which the side face sandwiched between the upper wall and the lower wall of the container of the squid angle thrower is an open face except for a mounting portion for a mounting member. There are embodiments of a method of partially providing a side wall and a method of completely providing a side wall to impart strength to a container of a squid angle thrower. As long as the material of the side wall can perform a predetermined role, it is not necessary to have the same strength as the stainless steel needle of the squid angle like the upper wall and the lower wall of the container body. Or other materials may be used.

The squid angle inserter can be detached from the boat's side so that a lid provided with a storage place for fishing line and weight and a handle for lifting can be attached to the container for storage and carrying. There is an embodiment of the method.

There is an embodiment in which a squid angle inserter connecting device is provided on a side wall or a back portion for connecting and using a plurality of squid angle inserters side by side.

To attach the squid angle thrower to the ship's side,
There is an embodiment in which a dedicated clamp for mounting a ship's side is provided with a mounting hole in the side wall of the squid angle thrower, attached with a bolt or the like, and attached to the side with a clamp.

[0025]

By using the squid angle thrower of the present invention, when the weight of the squid angle tackle with the weight is thrown into the sea, the squid angle connected with the fishing line following the weight is automatically transmitted from the thrower. It has the effect of falling off continuously. At that time, the principle of leverage reduces the squid angle due to the lower wall protruding longer than the upper wall and the tip of the protruding lower wall being bent outward, and with the help of a short upper wall covering. There is an effect that the squid fishing tackle thread does not get entangled by jumping out and jumping out.

Further, by using the squid angle thrower of the present invention, the squid angle is connected by a fishing line at a position where another squid angle does not overlap each other in the arrangement of the squid angle suppressing springs. As long as the order is not different, it can be attached to any position with one touch, and even if the number of squid angles is appropriately increased, it can be easily and properly installed at the appropriate position without limitation , Squid angle device can be taken in continuously and quickly, work efficiency is very good,
This has the effect of catching a lot of prey.

[Brief description of the drawings]

FIG. 1 is a perspective view showing an embodiment of the present invention.

FIG. 2 is a cross-sectional view of a squid angle thrower of the present invention, with a squid angle mounted thereon.

FIG. 3 is a perspective view of a main part in which the squid angle suppressing spring of the present invention is fixed to a fixture.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Squid angle holding spring 2 Fixture 3 Container 4 Upper wall 5 Lower wall 6 Squid angle

Claims (2)

(57) [Claims] A container (3) comprising a squid angle restraining spring (1), which is made of an elastic body of a number of wires and arranged side by side as a set of upper and lower rows in a horizontal direction, fixed to a fixture (2). The squid angle restraining spring (1) is fixed to the inside, and the middle part from the vicinity of the fixed portion of the squid angle restraining spring (1) is a curve holding the squid angle (6). walls (4) and the lower wall (5) squid angle vertically and horizontally by Rukoto into contact with the inner surface of
A squid angle inserter characterized by mounting one squid angle with four holding springs . 2. The tip of the lower wall (5) of the container (3) protrudes outward from the tip of the upper wall (4), and the portion of the lower wall (5) protruding outside the container is bent outward. The squid angle inserter according to claim 1, wherein: