JP3193689U - Squid feeding device - Google Patents

Abstract

The present invention provides a small squid feeding device that uses the elasticity of brush bristles and is excellent in lightness and ease of processing, which is effective for holding and feeding squid.
A brush is implanted on the upper and lower inner surfaces of a substantially U-shaped rectangular parallelepiped 2, and the upper and lower brushes 3 and 4 hold and hold a plurality of squids 12 connected in series. This is a squid feeding device that throws a weight 13 attached to the tip of the sword into the sea, and a plurality of squids are chained away from the brush by the gravity and released spontaneously. It is preferable that the lower front surface of the substantially U-shaped rectangular parallelepiped is provided with a slide 8 for sliding the cuttlefish so that the lower brush and the ship edge 16 are not caught when the cuttlefish is discharged.
[Selection] Figure 1

Description

The present invention relates to a cuttlefish thrower using brush characteristics for facilitating the raising and throwing operation of a squid fishing device.

Many of the squid fishing hooks are pseudo bait needles (hereinafter referred to as “squid sharks”) that are attached to 5 to 10 hooks at 1 to 2 m intervals. The total length of the hooking thread is 5 to 20 m, with a weight at the bottom. A pile woven mat that is generally used for flooring is known for holding squid. This type is usually used as a floor covering, having a pile loop woven fabric on the front surface and a rubber mat on the back surface. The pile woven mat is used by tightening it together with the hook receiving clamp.

When unloading the device, unload the squid from the weight and hook the needle tip onto the pile fabric mat one by one with your dominant fingers and drop it into the sea while paying attention to the string. If the timing to release the cuttlefish is incorrect, the downward needle tip may pierce the finger or the like due to the tension of the weight. Careful dropping is required so as not to get injured and to make sure that the device is not entangled, and even experienced people need a considerable amount of time to sink all squids into the sea. Several types of devices have been developed and supplied to solve these problems.

As the conventional squid kneading device, a device using a cylindrical body or a device combining a cylindrical body and a magnet is known.
In the squid fishing hook holder (see Patent Document 1), six to seven short cylindrical bodies with magnets are attached to an arm projecting in a horizontal direction from a support tool with an opening facing downward at an appropriate interval. This is a throwing device that holds the squid needle tip magnetically in the opening when pulling the trapping thread, and all the connected squids are chained away by the gravity of the thrown weight and separated from the magnet and dropped into the sea. .

The cylindrical squid input device (see Patent Document 2) is composed of a squid input device that combines a support base that is detachable on the ship's rim and the like and about 6-7 long squid storage tubes in series with a support. Yes. When the cuttlefish is stored, the tube opening end of the storage tube is in an upright state, and when it is inserted, it is inclined forward and forward. It is a device that squid will spontaneously release into the sea one after another when a weight is inserted.
Both are applications for holding and feeding devices for squid, and the squid and the hook thread inserted into the storage cylinder are separated from the storage cylinder in a chain from the lowest squid to the highest squid by the gravity of the thrown weight. It is an instrument thrown into the sea by natural fall.

JP 2003-23940 A Japanese Utility Model Publication No. 6-23461

As for squid fishing equipment, the preceding supplies are expensive. (It is not an inexpensive product that anyone can easily carry)
B) It is necessary to have as many pipes and struts as there are squids to be used, the equipment itself is large and heavy, lacks convenience in carrying, and takes time to install on the shore.
C) When pulling up the mechanism, the following three operations are carried out simultaneously: the safe take-up of caught squid, the prevention of entanglement of the tackle thread, and the holding of the squid in the cylinder housing opening. In particular, it takes time to visually check the position of the opening of the storage cylinder and to hold the cuttlefish, and the workability is poor.
D. Due to the structure, it has many convex and concave parts, so it tends to cause entanglement and entanglement due to ship sway and wind.
E. Overall, it is not easy to handle and the form is not simple, so it is difficult to fit in a fishing bag.

A brush is implanted on the upper and lower inner surfaces of an approximately U-shaped rectangular parallelepiped, and the upper and lower brushes sandwich and hold multiple squids connected in series, throwing a weight attached to the tip of the thread into the sea. , Ikano thrower that multiple squids are chained away from the brush by its gravity and released spontaneously.

The squid shell according to claim 1, further comprising a slide for sliding the squid shell on the lower front part of the substantially U-shaped rectangular parallelepiped so as not to be caught by the lower brush and the ship rim when the squid shell is discharged. Thrower.

The cuttlefish feeder according to claim 1 or 2, wherein a hook-and-loop fastener is provided on the back surface of the lower brush of the substantially U-shaped rectangular parallelepiped so that it can be attached to and detached from the ship rim.

A cable clip is attached outwardly to both ends of the long side of the back of the substantially U-shaped rectangular parallelepiped, and a plurality of squids connected in series are wound around it so that the device can be stored. The squid dough feeding device according to any one of claims 1 to 3.

The effects are summarized in a bulleted list below.
B. By applying the elastic characteristics of the brush for the first time to this squid loader, a small, lightweight and inexpensive device could be added. Moreover, since the U-shaped brush and the slide can be removed, it is convenient to carry.
Squid, squid caught, cuttlefish squid slime, and cuttlefish are attached to the cuttlefish, squid is shy away from eating. Recently, it was removed frequently using a toothbrush, but since it can be removed at the brush end of the instrument, it is not necessary to carry a toothbrush.
C) Since there are no projections that are simple and obstructive, the swaying of the ship and the entanglement due to the influence of the wind are reduced.
D. Since there is no partition in this squid inserter, even if the number of squid is increased, the holding interval can be narrowed according to the number.
E, the squid inserter has a hook-and-loop fastener, and it can be installed on the ship's edge by simply crimping the instrument onto a pile woven mat attached with a C-shaped clamp.
The cable clip can store the cuttlefish and the hook thread together, so you can simply bring it to the fishing spot and connect the hook end thread to the hook. At the end, the device end yarn is removed from the bag, the cuttlefish is held between the brushes, the device yarn is wound around the cable clip, taken home as it is, and the salt content is washed away and stored.

It is a side view which shows the use condition of the cuttlefish charging device which concerns on this invention. It is a perspective view which shows the use condition of the cuttlefish charging device which concerns on this invention. It is a main body top view of the cuttlefish charging device which concerns on this invention. It is an enlarged view which shows the support part of the slide based on this invention. It is a back view of the lower brush of the cuttlefish charging device according to the present invention. It is a rear view which shows the device thread accommodation of the cuttlefish feeder which concerns on this invention.

A brush is planted on the upper and lower inner surfaces of a substantially U-shaped rectangular parallelepiped, and the upper and lower brushes hold and hold a plurality of squids, throwing the weight attached to the tip of the device thread into the sea, A simple and easy-to-process form that allows multiple squids to be separated from the brush and released spontaneously.
The front of the lower brush of the approximately U-shaped rectangular parallelepiped is equipped with a slide for sliding the squid so that it does not get caught by the lower brush and the ship's edge. And shall not be tangled.
A hook-and-loop fastener is applied to the back of the lower brush of the approximately U-shaped rectangular parallelepiped, enabling easy attachment to and removal from the ship's rim. A cable clip is attached outward so that all devices can be stored at both ends of the long side of the substantially U-shaped rectangular parallelepiped, shortening the time for fishing preparation and cleaning up, and realizing ease of operation. . These solve the above problems.
(Detailed description of form)

The material of the U-shaped brush 2 may be light weight resin or wood. This is a U-shaped brush 2 in which a flat brush and a flat brush are connected by a flat plate. The flocking width is about 20 mm for the upper brush 3, and about 35 mm for the lower brush 4. Brush hair having a hair length of about 15 mm is implanted in the longitudinal direction. The brush material may be nylon, but other chemical fibers, plant fibers, and livestock fibers can be used as long as they have suitable elasticity. The upper and lower hair tip clearances are preferably about 1.5 mm to 3.5 mm, but are appropriately adjusted depending on the material. In order to connect the slide base 8 to the left and right side surfaces of the lower brush, embedded nuts 5 were provided on the lower brush. A hook-and-loop fastener 6 for installation was applied to the back surface of the lower brush. In order to reduce the time required for preparation and completion of fishing start and ease of operation, the cable clip 10 can be attached to both ends of the long side of the back of the U-shaped brush 2 so that all devices can be wound and stored. Formed.
This is a composite part having the above configuration.

The slide base 8 is composed of a cylindrical body and a support arm, and the connection is provided with a partition wall height 8a at which the circumferential end of the support arm protrudes further upward. Further, a female screw was provided at the lower center of the cylindrical body, and a bolt 9 was provided for adjusting the height of the loading slide 8.
The slide 8 may be slid with a flat plate or the like so that the cuttlefish protruding from the U-shaped brush 2 is not caught by the lower brush, the ship edge, or the side wall.
The connection with the U-shaped brush is floated on embedded nuts 5 provided on the left and right sides of the lower brush 4 via a sleeve or the like and fixed with screws 7. (The slide 8 is float-tightened).
(How to use the present invention)

The pile woven mat 11 is fixed to the ship edge 16 with a C-shaped clamp 15.
A surface fastener 6 on the back surface of the lower brush 4 is pressure-bonded to a pile woven mat. Depending on the type and length of the cuttlefish, the support arm of the slide 8 is moved to one of the embedded nuts 5 at the left and right of the lower brush 4 and fixed with the screw 7.
Adjustment is completed by adjusting the height adjustment bolt 9.

At the time of raising the device, it is sandwiched between the brushes of the squid input device body 1 at an appropriate interval in order from the raised squid. The trapping thread 14 is hung on the sea side of the cylindrical portion of the slide 8, but is hardly scattered by the partition wall 8 a of the slide 8. Moreover, even if it is scattered by the sway of the ship, wind, etc., it will not get caught because there is no projection.

When throwing the device, if the fishing line is freed and the weight 13 and the bottom squid are thrown into the sea at the same time, they are hung on the slide 8 and the squid 12 held between the brushes of the squid thrower body 1. The tacking thread 14 is naturally guided in the horizontal direction 12a by the weight gravity and the slide 8 and jumps out. When the body of the cuttlefish is lifted by the cylindrical part of the slide base 8, it jumps into the sea while reversing 12b, and the directly connected device and the cuttlefish sink.

DESCRIPTION OF SYMBOLS 1 Squid inserter body 2 U-shaped brush 3 Upper brush 4 Lower brush 5 Embedded nut 6 Surface fastener 7 Screw 8 Slide base 8a Bulkhead height 9 Bolt 10 Cable clip 11 Pile woven mat 12 Squid 12a Virtual trajectory 12b Virtual trajectory 13 for releasing squid 14 Weight 14 Trapping thread 15 C-type clamp 16 Ship edge 17 Boat fishing rod

Claims (4)

A brush is implanted on the upper and lower inner surfaces of an approximately U-shaped rectangular parallelepiped, and the upper and lower brushes sandwich and hold multiple squids connected in series, throwing a weight attached to the tip of the thread into the sea. , Ikano thrower that multiple squids are chained away from the brush by its gravity and released spontaneously. 2. The slide base for sliding the cuttlefish so as not to be caught by the lower brush and the ship rim when the cuttlefish is discharged, at the lower front part of the substantially U-shaped rectangular brush. Squid feeding device. The cuttlefish feeder according to claim 1 or 2, wherein a hook-and-loop fastener is provided on the back surface of the lower brush of the substantially U-shaped rectangular parallelepiped so that it can be attached to and detached from the ship rim. A cable clip is attached outwardly to both ends of the long side of the back of the substantially U-shaped rectangular brush, and a plurality of cuttlefish connected in series are wound around the clip so that the device can be stored. The cuttlefish charging device according to any one of claims 1 to 3.

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