JP3129556U6 - Sheath tube type needle remover - Google Patents

Abstract

[PROBLEMS] To enable the production of a compact device that can be used for a wide range of target fish by simply changing the tube diameter by applying the same processing and form, Harris never comes off, and the tip of the needle is not caught by the device. Rotating ring rod-type needle remover that can be guided to the bent part of the fishhook that has been swallowed at the tip, and allows a series of needle removal operations that push it in a stable state to remove the needle tip.
SOLUTION: It is composed of a circular rod 1 and a cylindrical rotating ring 2, and the tip portion is taper cut 11 in a bowl shape so that the tip portion a4 of the fishhook slides, and for introducing Harris or a needle shaft into the shaft center portion. The circular rod hole 12 penetrates to the open cut portion, and has a machining configuration in which a thread slit rod slit 13 is cut from the cut portion toward the tip portion, and the ring slit 23 and the open cut opening 24 are end portions. By screwing the stopper screw into the rod part through the stopper slit opened in the hole, this instrument functions as a unit.
[Selection] Figure 1

Description

The present invention relates to a device for removing a needle trapped in a fish during fishing.

A wide variety of instruments have been developed for removing needles, but they are generally very large and inconvenient for fishermen to use regularly as hand goods, and are not suitable for operation depending on the type and size of the target fish and fishhook. In many cases, Harris breaks and the needle is inserted into the fish, and the operation takes more time than necessary to break the needle or damage the fish. The main cause is a series of needle removal operations that guides and pushes the tip of the instrument to the curved part of the fishhook that has been squeezed due to Harris coming off midway or the tip of the fishhook being caught by the instrument. It can be said that there are problems with the shape and operability of the instruments.

Problems that the device tries to solve

By changing the tube diameter by applying the same processing and form, it is possible to handle a wide range of target fish, making it possible to manufacture a compact and highly convenient instrument series, Harris never comes off, and the tip of the needle is caught in the instrument Without removing the needle tip, it can be guided to the bent part of the fishhook with the tip of the tool securely inserted, and can be pushed in a stable state to remove the needle tip.

Means for solving the problem

The instrument consists of a circular rod and a cylindrical rotating ring. The material of the circular rod is plastic or metal, depending on the caliber, and the tip is tapered and cut into a bowl shape so that the tip of the fishhook slides. A circular rod hole for introducing Harris and the needle shaft penetrates to the open cut part in the center part, and a rod slit for threading is cut from the cut part to the tip part, reducing friction during rotation In order to prevent sticking, it has a processing form in which a part of the surface is processed into a spiral groove shape, and a finger ring is attached to the end portion. The cylindrical rotating ring is made of metal and has a tube diameter size that is appropriately frictionally rotated when fitted into the rod. After introducing the Harris with the ring slit aligned with the rod slit, the rod is turned by turning the cylindrical ring. Each machined so that the open cut part of the circular rod and the same opening shape of the cylindrical ring match each other with the slit closed, and the stopper screw is screwed into the rod part through the stopper slit opened at the end. So, a rotating ring rod remover with a mechanism that allows the tool to function as a unit.

Effect of device

Put a little finger on the finger ring and hold the instrument with your thumb and index finger. When fishing thread is passed, Harris is passed through the slit-shaped opening near the mouth of the fishing fish, and when the cylindrical rotating ring is turned with a fingertip, the slit stops and hits the stopper. By matching the circular rod and the opening shape of the ring at this position, the accident that the rotating ring returns to its original state due to the reaction caused by the tension of the yarn and the Harris is removed is prevented, and the Harris that has passed once is never removed. In this state, when Harris is properly stretched and the rod tip is pushed into the mouth of the fish, etc., the tip of the fish hook and the shaft naturally slide into the rod hole due to the effect of the mortar-shaped taper cut, so that the open cut part can be easily pulled out. Is surely hooked on the curved portion of the fishhook, and by pushing it, the tip of the fish comes off from the fish body and the fishhook is removed.

Because it can be operated quickly and the needle can be removed with certainty, it is possible to release resources for mountain stream fishing.

The cylindrical rotating ring that serves as the rod cover is made of metal, so it has sufficient durability and adaptability to fish with strong jaw teeth.

It is possible to provide various series of needle removers that can be used for a variety of fishing fish by changing the material and diameter of rods and rings with the same processing form and configuration.

The length of the cylindrical rotating ring can be made compact by setting the appropriate value for finger operation as a fixed standard, and the rod length can be adjusted, and the design of the grip and other functions can be added to the rod part. Become.

By operating with a little finger on the finger ring, it will prevent slipping, and it will make the instrument portable and compact.

The cylindrical ring can be attached and detached by screw operation and maintenance such as cleaning is possible. By carving a spiral groove on the rod surface, sticking is prevented and rotation is smooth.

The best mode for carrying out the present invention will be described with reference to the following drawings.

Put your little finger into the ring 3 part of the instrument and hold it with your thumb index finger.
When the fishing ring is threaded and Harris b is passed through the slit-shaped openings 13 and 23 near the mouth of the fishing fish and the cylindrical rotating ring 2 is turned with the fingertip, the slit 26 is stopped at the position where the slit is closed. At this position, the opening shapes 14 and 24 of the circular rod 1 and the ring 2 coincide with each other, so that it is possible to avoid an accident in which the rotating ring returns to its original position due to the reaction caused by the tension of the yarn, and Harris that has passed once In this state, when Harris is moderately stretched and the rod tip is guided and pushed in, the tip a4 and the shaft portion a3 of the fish hook a surely slide into the rod hole 12 due to the taper cut 11 effect, and the open cuts 14 and 24 portion. The tip of the instrument is pulled out without difficulty, and the tip of the instrument is securely hooked to the curved part of the needle.

(1) Introducing Harris into the instrument. (1-1) Open cross section (2) Hang the instrument on the curved part of the needle. (2-1) Closed cross section (3) Cross section of equipment and situation of fishhook (1) Circular rod shape (1-1) Cross section of rod (1) Shape of cylindrical rotating ring (1-1) Cross section of ring (1) Cross section of rod + rotating ring, (1-1) Detailed cross section of tip

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Round rod a Fishing hook 1 Needle tip 2 Curved part 3 Axis 4 Chimney 2 Cylindrical rotation ring b Harris 3 Finger ring 11 Taper cut 12 Rod hole 13 Rod slit,
14 Rod open cut 15 Stopper screw 16 Spiral groove 23 Ring slit 24 Ring open cut 25 Stopper slit

The present invention relates to a device for removing a needle trapped in a fish during fishing.

The idea of a fish needle remover using a thin carp is presented

Public Utility Model Gazette

Sho57-107380

However, the idea presented in the public utility model publicity, Sho-57-107380, is conceptual and lacks in concreteness. In practice, when a thin tube is used as the inner tube, the tip of the fishing hook is easily caught on the edge of the tube and curved. The needle shaft of shaped needles etc. does not enter the cage. In the case of a thick tube, the hook at the base does not go away, and on the contrary, the entire needle and the needle shaft are caught at an unnatural angle in the tube, often causing thread breakage and needle breakage. There is a disadvantage that the basic operation of pulling the needle tip by pushing it on the curved part of the needle does not work well.

In addition, there is a drawback that the upper and lower pipes are fixed due to dirt such as salt and blood glue, and floating rust.

In general, a wide variety of instruments have been developed for removing needles, but many of them are morphologically long and irregular, can handle a variety of fish species, and few are compact and highly convenient to carry at hand. .

Even on the operation side, the device cannot handle various needles and fish shapes, the needle thread comes off halfway, the hook part gets caught on the instrument, the thread breaks, the needle breaks, etc. There are many instruments that cannot complete the series of removal operations that are guided along the needle shaft of Harris, the needle axis and hung on the bent portion of the fishhook, pushed in and pulled out.

From the above, by changing the tube diameter by applying the same processing and form, it is possible to deal with various target fish, making it possible to produce a series of compact and highly convenient instruments that can be carried at hand, A series of removals that can cope with fish, Harris never comes off, the tip of the needle does not get caught in the instrument, can be guided to the bent part of the fishhook that has been squeezed the tip of the instrument, and is pushed in stably to extract the needle tip A device for removing a needle that can be operated becomes a problem.

The instrument is composed of a rod and a sheath tube. The rod is made of metal with a small diameter and made of plastic with a large diameter. The tip has a funnel-shaped inlet so that the tip of the fishhook slides. Through which the needle shaft penetrates to a cutting opening that allows free extraction of various needle shafts, and a threading rod groove is cut into a V-shape from the cutting opening toward the tip, and part of the surface Is characterized in that a spiral groove is carved to prevent sheath tube sticking and a finger ring is incorporated at the end.

The sheath tube is made of metal and fitted with a rod, and the tube diameter is adjusted to be appropriately frictionally rotated. After the sheath tube groove is aligned with the rod groove and the needle thread is introduced, the sheath tube is turned with a fingertip, and the rod groove is closed. In the state, it is processed so that the opening of the rod and the same opening shape of the sheath tube are matched, and a stopper groove is opened at the end.

A sheath tube type needle removal device that has a mechanism to function as an integrated device by screwing a stopper screw into the rod portion through the stopper groove.

Put your little finger on the finger ring and hold the tip of the instrument with your thumb, index finger, and middle finger. When the thread is passed through the needle thread introduction groove near the mouth of the fishing fish and the sheath tube is turned with the fingertip, the rod groove stops and hits the stopper. By matching the opening shape of the rod and the sheath tube at this position, an accident that the sheath tube returns to the original state due to the reaction of the tension of the thread and the needle thread is released is prevented, and the needle thread that has passed once does not come off.

In this state, when the needle thread is properly stretched and the rod tip is pushed into the mouth of the fish or the like, the funnel-shaped introduction port causes the hook and shaft portion to naturally slide into the rod hole and come out to the opening.

By having a cut-out opening near the tip of the instrument, even with various shapes of fish hooks, the needle shaft can be pulled out at any angle, and the instrument tip is securely hooked into the bent part of the fish hook, and then pushed further. As a result, the tip of the fish comes off the fish body and the fishhook comes off. After that, you can pull out the entire instrument while pulling the thread.

The sheath tube can be attached and detached by screw operation, and maintenance such as cleaning is possible. By carving a spiral groove on the rod surface, it is always prevented from sticking and the rotation is smooth.

By operating with a little finger on the finger ring, slipping can be prevented and the device can be made compact and portable.

The rod length can be adjusted freely by setting the appropriate value for finger operation as the fixed standard for the length of the sheath tube, making it possible to make the instrument compact and to add other functions to the rod part and the design of the grip.

The sheath tube, which also serves as the rod cover, is made of metal, so it has sufficient durability and adaptability to fish with strong jaw teeth.

By changing the material and diameter of the rod and sheath tube with the same processing form and configuration, it is possible to provide various series of needle removal devices that can be used for various fishhooks and fish.

Because it can be operated quickly and the needle can be removed with certainty, it is possible to release resources for mountain stream fishing.

The best mode for carrying out the present invention will be described with reference to the following drawings.

Put your little finger in the ring 3 part of the instrument and hold it with your thumb, index and middle finger. When the thread of the fishing fish is passed and the needle thread b is passed through the needle thread introducing grooves 13 and 23 near the mouth of the fishing fish and the sheath tube 2 is turned with the fingertip, the rod groove stops and hits the stopper 26. Since the opening shapes 14 and 24 of the rod 1 and the sheath tube 2 coincide at this position, it is possible to avoid an accident that the sheath tube returns to the original state due to the reaction of the tension of the yarn, and the Harris that has passed once is absolutely In this state, when the rod tip is guided and pushed along a moderately stretched needle thread, the funnel-shaped inlet 11 ensures that the base a4 and the shaft portion a3 of the fish hook a slide into the rod hole 12 and cut open. With the mechanism that the tip of the instrument is securely hooked into the curved part of the needle, and the tip of the instrument can be removed by pushing it, so that the fish tip can be removed from the fish body part. Instruments.

(1) Introducing Harris into the instrument. (1-2) Open cross section (2) Hang the instrument on the curved part of the needle. (2-2) Closed cross section (3) Instrument cross section and fishing hook situation (1) Rod shape (1-2) Cross section of rod (1) Shape of sheath tube (1-2) Cross section of ring (1) Cross section of rod + sheath tube, (1-2) Detailed cross section of tip

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Rod a Fishing hook 1 Needle tip 2 Curved part 3 Axis 4 Chitomoto 2 Sheath pipe b Needle thread 3 Finger ring 11 Funnel-shaped introduction port 23 Sheath pipe groove 12 Introduction hole 24 Sheath pipe opening 13 Rod groove 25 Stopper groove,
14 Rod opening 15 Stopper screw 16 Spiral groove

Claims (1)

The instrument is composed of a circular rod (1) and a cylindrical rotating ring (2). The material of the circular rod is plastic or metal, depending on the caliber of the rod, and the tip is located behind the fishhook (a) (a4 ) Is shaped like a taper cut (11) so that it slides in, and a round rod hole (12) for introducing Harris (b) and needle shaft (a3) is open cut at the shaft center (14) is penetrated, and a rod slit (13) for threading is cut from the cut portion to the tip portion, and a spiral groove (16) for reducing friction and preventing sticking is carved on a part of the surface. The end portion has a shape in which a finger ring (3) is incorporated, and the cylindrical rotating ring is made of metal and has a tube diameter size that is appropriately rubbed and rotated in a state of being fitted into a rod. Ring slit (23) After introducing Harris (b) in accordance with the rod slit, the cylindrical ring is turned with a fingertip and the rod slit (13) is closed, and the open cut portion (14) of the rod and the same opening shape of the cylindrical ring ( 24) Rotating ring rod-type needle that has a mechanism that functions as an integrated device by screwing a stopper screw (16) into the rod part through a stopper slit (25) that is machined so as to match, and is opened at the end. Remover.

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