JP3105732U - Small crab catch fishing gear - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a crab catching fishing tool which can be used on a rocky shore or a rocky place, and can be caught without giving a caution to the crab.
SOLUTION: The present invention is a crab-capturing fishing device including a substantially spindle-shaped basket body capable of storing food and at least two catching tegus that can be caught between the basket body and a crab. A hollow handle incorporating a sliding member is connected to the first pole of the cage body, and the capture tex is provided from the second pole to the first pole, and the capture tex focused at the first pole. However, through the sliding member inside the handle, connected to the operation wire, by moving the portion of the operation wire exposed from the handle back and forth in the substantially axial direction of the handle, between the capture Tegus and the basket body, The present invention relates to the crab-capturing fishing device capable of operating catching ligatures loosely so that a crab can be caught or a crab can be sandwiched.
[Selection diagram] FIG.

Description

  The present invention relates to a small crab catching fishing gear, and in particular, to a crab catching fishing gear that can easily capture crabs even on rocky shores and rocky shores.

  It is known that various crustaceans inhabit the reefs of the Japanese archipelago where the warm currents of the Japan Current and the Tsushima Current wash, and rivers nationwide. "Mokuzukani" is known as a delicious ingredient for edible use. However, unlike the deep-sea crabs on the market, their catch and fishing methods are not determined by conditions such as locality and small amount of catch, and there are only fishing gear and fishing methods that are handed down by region and have poor certainty of catching That was the current situation.

The most common fishing methods on river banks, beaches, beaches, etc. are to catch fish using fishing rods and nets, and to collect shellfish by clamming.However, for small crabs that live in relatively shallow rocky areas, the catch methods are There was no certainty.
In particular, ginger crab, which is also used for food, inhabits the rocky shores south of Iwate, and mokuzuka crabs inhabit rivers nationwide, but there was no catching and fishing method aimed primarily at these small edible crabs. . It was common for Shojin crab to be caught by the lobster net as a target extra catch, and for Mokuzuka crab, fishing was conducted by changing the flow of the river with a stone weir and inviting them to bamboo baskets.

Conventionally, when catching crabs on a small scale, they have been carried out by catching them directly by hand, catching them like fish, using a net or a harpoon, or the like. In particular, when catching edible crabs, freshness of the crab greatly affects its commercial value, so it is important to capture the crab alive without damaging it, and a harpoon cannot be used. In addition, rocks and rocks have many obstacles, and the net cannot be used. Various crab catching fishing gears have been developed so far so as to be able to catch crabs even under such circumstances.
For example, Patent Literature 1 discloses a crab fishing net in which multiple rings of Tegus are spread in a petal shape, attracted by bait, and caught by catching the crab entangled in Tegus. However, this method merely uses petals-shaped teeth as a substitute for fishing hooks, and lacks certainty in catching crabs.

Patent Document 2 discloses a crab-removing scissor for more actively catching crabs. The crab-removing scissors are provided with a fence-shaped opening / closing portion at the tip of the handle. It is something to capture. However, such crab-removing scissors cannot capture crabs when there are obstacles such as rocks in the area, and since rubber bands are used as power for opening and closing, hard opening and closing portions However, there is a risk that the crab will close vigorously and cause injury to the crab.
Further, instead of catching the crab with such a fence-shaped member, a crab-capturing fishing device has been devised in which the crab is captured by binding it with a string-shaped member.For example, a crab at the tip of a handle has been devised. The capture portion is formed into a ring-shaped flexible wire, the flexible wire can be closed by an operation at hand, and a crab can be captured (Patent Document 3), and a plurality of capture wheels ( (Patent Document 4), and a device provided with a food box for attracting a crab, and holding the crab between the food box and the looped silkworm thread (Patent Document 5).

These catching fishing gears make it possible to attract crabs with bait, but only the crab approaching the bait can be caught from a certain direction, and the components of the catching fishing gear are exposed. It is almost useless for cautious crabs.
Japanese Utility Model Publication No. 49-29072 Japanese Utility Model Publication No. 50-16093 JP-A-56-48773 JP-A-61-89274 JP-A-56-33076

  Therefore, the problem to be solved by the present invention is to provide a crab catching fishing device that can be used on rocky shores and rocky shores and that can be caught without giving a caution to the crab.

  The inventor of the present invention accommodated food and aquatic plants in a roughly spindle-shaped cage body, and equipped the catching tex so as to surround the cage in the meridian direction in a loop shape. No matter which direction the food is approached, the crab will be able to hold the cage and capture the crab accurately, and as a result of further intensive research, the present invention has been completed. .

That is, the present invention is a crab capture fishing device including a substantially spindle-shaped cage body capable of storing food and at least two capture texus capable of capturing with a crab sandwiched between the cage body, A hollow handle incorporating a sliding member is connected to the first pole of the cage body, and the capture tex is arranged from the second pole to the first pole, and the capture tex focused at the first pole is Through a sliding member inside the handle, the handle is connected to the operation wire, and the portion exposed from the handle of the operation wire is moved back and forth substantially in the axial direction of the handle, so that the crab is caught between the capture tex and the cage body. The present invention relates to the crab-capturing fishing device, wherein a catching tee can be operated loosely and freely so that a catchable gap can be provided or a crab can be sandwiched.
Further, the present invention relates to the crab catching and fishing gear as described above, wherein the cage body includes a first chamber for storing food and a second chamber for storing natural or artificial aquatic plants.
The present invention also relates to the crab catching and fishing gear described above, which has four catching texus and is arranged at a position where the cage body is divided into approximately four equal parts.

Further, the present invention is a crab-capturing fishing device including a substantially spindle-shaped basket body capable of storing food, and at least two catching tegus that can be caught with a crab sandwiched between the basket body and the basket. A dual shaft including an inner shaft connected centrally at a second pole of the body and an outer shaft with a trigger node that can abut a sliding member that slides outward; The capture tex deployed from the second pole to the first pole and focused at the first pole is connected to the sliding member, and the sliding member abuts the trigger node and slides. The present invention relates to the crab-capturing fishing device, wherein a crab-capturing gap can be provided between the catch-tegs and the cage body, or the catch-tegs can be gently manipulated so that the crab can be sandwiched.
The present invention also relates to the crab catching and fishing gear described above, wherein the first room of the cage body is provided with a depression.

  The crab catching fishing gear of the present invention adopts the above configuration, so that the crab is easily hugged by the substantially spindle-shaped cage body, and the catching tex can capture the crab from the second pole to the first pole. It is arranged while providing a suitable gap between the cage body and it is loosely adjustable so as to cover the entire cage body, so it is possible to capture the crab accurately even if the crab approaches the cage body from any direction . In addition, since the crabs hold the cage body, the catching tex, which becomes loose, only contacts the outer side of the relatively hard crab shell, so that the crab can be captured almost intact. Further, since the cage body is substantially spindle-shaped, the crab can be sandwiched in a state where the capture tex is in close contact with the cage body, and the crab does not escape. Further, it is possible to provide a gap capable of catching the crab between the catching tex and the cage body without trapping the crab, or to easily sandwich the crab, so that the capturing operation can be continuously performed.

As described above, the capturing operation can be performed continuously and smoothly, and it is possible to effectively capture the crab irrespective of the purpose such as the leisure purpose and the commercial purpose. Furthermore, by storing food and aquatic plants in the cage, crabs can be attracted and their caution can be diminished, and capture can be facilitated.
In addition, even if the crab capture fishing gear of the present invention is submerged underwater, it is possible to avoid the approach of organisms other than crabs such as crucibles, and it is possible to selectively capture only crabs It is.

Hereinafter, the crab catching fishing gear according to the present invention will be described with reference to the drawings, but the present invention is not limited thereto.
(Embodiment 1)
1 to 3 show a entangled fishing gear which is an embodiment of the crab catching fishing gear of the present invention.
As shown in FIG. 1, in one embodiment of the crab catching fishing gear of the present invention, a hollow handle 20 is connected to one pole (first pole) 11 of a substantially spindle-shaped cage body 10 via a connecting portion 21. ing. The handle 20 may be integrally formed with the cage body 10 and may have any strength capable of withstanding a load generated when the captured crab is lifted.
Further, the cage body 10 may be provided with a support projection 13 at the second pole 12 facing the first pole 11 and grounded when using the crab catching fishing gear.

  The cage body 10 is typically substantially spindle-shaped, but may be a lantern type in which both poles or one of the poles are flat, or an egg type having a different diameter at the center of both poles. In addition, the cage body 10 has a door 19 for storing food and aquatic plants, and further includes a partition 16 that can be opened and closed to store the food and the aquatic plants in separate rooms, for example, to store the food. It may be divided into a first room 17 and a second room 18 for accommodating aquatic plants. In addition, the size of the eyes of the basket of the cage body 10 can be appropriately selected as long as the food and aquatic plants do not go outside and the crab cannot easily pull out the food. As used herein, aquatic plants mean plants that grow in seawater or freshwater (natural ones) or those that mimic them (artificial ones). Including things. The type of aquatic plant is not particularly limited as long as it reduces the caution of the crab, but it is preferable that the species be grown in the living area of the crab to be captured.

The capture tex 30 is tied to a lower swivel hook 14 provided near the base of the support protrusion 13, is deployed from the second pole 12 to the first pole 11, and passes through the hole 15 in the first pole 11. It converges and is connected to an operation wire 40 via a sliding member 22 built in the hollow handle 20.
It is preferable to pass through the hole 15 so that the catching tex 30 is aligned with the curved surface of the cage body in a direction substantially equal to the quadrant and smoothly tightened.

  The sliding member 22 is not particularly limited as long as it connects the capture tex 30 and the operation wire 40, but the upper hook 23 connecting the capture tex 30 and the first connection member 24 connecting the upper hook 23 to the swivel 25. , The swivel 25, and the second connecting member 26 that connects the swivel 25 and the operation wire 40. Furthermore, in order to prevent twisting and entanglement of the collected capture tex 30, a guide tube 27 may be provided separately from each other at intervals between the capture tex.

As shown in FIG. 2A, the handle 20 may be extended by a connecting portion 28. The connecting portion 28 may be folded at an appropriate length and a plurality of connecting portions 28 may be provided at appropriate intervals so that the handle 20 is convenient to carry. It may be provided. Further, by connecting the operation wires 40 with the swivel 29 at appropriate intervals, it is possible to prevent the operation wires 40 from being twisted.
FIG. 2B shows the end of the handle 20 distal from the basket body 10. At the end, a part of the operation wire 40 is drawn out of the handle 20 through the outlet 41, and the end of the operation wire 40 forms a loop 43 by using a fixture 42. The operation handle 44 may be passed through the loop 43.

By moving the portion of the operation wire 40 exposed from the handle 20 back and forth substantially in the axial direction of the handle 20, a gap capable of catching a crab is provided between the capture tex 30 and the cage body 10 (FIG. 3A). The catching tex can be manipulated loosely (FIGS. 3A and 3B) so as to be able to pinch (FIG. 3B).
That is, when the operation wire 40 is inserted into the handle 20, the force applied to the operation wire 40 is transmitted to the sliding member 22 with almost no loss, and the sliding member 22 slides inside the handle 20 in the direction of the tip of the crab catching fishing gear. And the force will be applied to the capture tex 30. Since the capture tex 30 has its end tied to the lower swivel hook 14 and is bent along the surface of the substantially spindle-shaped basket body 10, the force applied to the capture tex 30 causes the capture tex 30 to bend. It acts to increase the size, that is, to provide a gap away from the cage body 10 and capable of catching the crab.
On the other hand, when the operation wire 40 is pulled in a direction of being pulled out from the handle 20, the force moves via the sliding member 22 so as to wrap the basket body 30 in a direction in which the capture teeth 30 can sandwich the crab.

(Embodiment 2)
4 and 5 show a catch type fishing gear which is an embodiment of the crab catching fishing gear of the present invention.
As shown in FIG. 4, in one embodiment of the crab catching fishing gear of the present invention, the second pole 12 of the substantially spindle-shaped basket body 10 includes a flat weight 50, and the weight 50 has a center of the basket body 10. A double shaft 60 is provided on the shaft. The double shaft 60 includes an inner shaft 61 connected in the central axis direction of the cage body, and an outer shaft 62 having a trigger node 63 that can abut a sliding member 65 that slides outside.
A top hook 67 is provided at the tip of the outer shaft 62, and a float 90 can be attached so as to maintain a vertical posture when the crab catching fishing gear is set and put into water. The top hook 67 can also be connected to the tip of a fishing rod by linking a line thread geg so that the outer shaft 62 can be pulled up and the entire crab catching fishing gear can be pulled up.

  The capture tex 30 is tied to a lower swivel hook 64 provided on the side of the weight 50, deployed from the second pole 12 to the first pole 11, and focused through the tex guide 70 at the first pole 11. And is connected to a sliding member 65 having an upper hook 66. When the sliding member 65 is brought into contact with the trigger node portion 63 and slides, a gap capable of catching a crab is provided between the catching tex 30 and the cage body 10 (FIG. 4). The capture tex can be manipulated so that it can be pinched (FIG. 5) (FIGS. 4 and 5).

When the crab catching fishing gear is put into water, the inner and outer shafts of the double shaft 60 are overlapped by sandwiching the trigger node 63 provided on the outer shaft 62 with the stopper pin 71, and the sliding member is brought into the shortest state. 65 falls downward, and the capture tex 30 loosely separates from the cage body 10 to open a gap for catching the crab (FIG. 4).
When the catching tex 30 is tied up, as shown in FIG. 5, by pulling up the line thread tex tied to the top hook 67 of the outer shaft 62 with a fishing rod, the force is transmitted to the outer shaft through the top hook 67 and the trigger The portion 65 is disengaged from the stopper pin 71 and pushes up the sliding member 65, so that the catching tex 30 can be pulled up in a fully extended state, that is, in a tightly closed state in which a crab can be sandwiched.

  In the crab catching fishing gear of this embodiment, when the crab is thrown into the sea and fixed, it is also possible to visually recognize the approach of the crab approaching the bait at a water depth of about 2 m or less, and determine the moment of lifting. However, if the emplacement time is long, undesired prey such as a crucible approaches the bait. Therefore, by providing a spine-shaped “depressed back” 80 only in the basket body 10 around the first chamber for storing the bait, for example, in the direction of approximately four equal parts, the crucible that bites the bait is driven away, The mesh of the body 10 can be prevented from being damaged (FIG. 5). In addition, the depression 80 installed around the first room may be about 2 to 6 places as needed, but the disposition direction of the depression 80 is not to hinder the loosening of the capture tex. In addition, it is preferable not to overlap with the arrangement direction of the capture tex 30.

As is clear from the above, the crab catching fishing gear of the present invention can be realized in various modes. The material, shape and the like of each member can be appropriately selected according to the type of the target crab.
The degree of relaxation of the capture tex 30 can be appropriately adjusted mainly by the material and thickness of the capture tex, but if the stiffness of the capture tex 30 is too weak, the capture tex 30 may not move well in the direction away from the basket body 10. is there. For example, if commercially available tex is used, the tying operation can be favorably performed by using about 5 (standard diameter: 0.370 mm) to about 20 (standard diameter: 0.740 mm). In particular, it is preferable to use a small crab of about No. 10 (standard diameter: 0.520 mm) for capturing a small crab such as a ginger crab or a mokuzuka crab.
It is sufficient to provide at least two catching texas 30 for the purpose of catching a crab, but it is preferable to provide about 3 to 6 catching tangs for efficient catching. It is preferable to dispose them at approximately four equal positions from the viewpoint of crab invasion, ease of loosening operation, and the like.

The present invention relates to a crab-capturing fishing device that uses a substantially spindle-shaped cage body capable of storing food for attracting a crab, thereby improving the certainty of capturing the crab. For commercial use.
In particular, if the target of capture is small crabs such as `` shojin crabs '' and `` mokuzuka crabs '', it is sufficient to use this fishing gear on riverbanks and shores for leisure as well as for commercial capture simply for food. You can also enjoy it. In addition, the crab catching and fishing gear according to the present invention will enable consumers who did not fully understand the existence of small crabs to recognize them as delicious foods, and to capture the prey happily. By visiting the seaside and isobe to experience the practicality of the fishing gear according to the present invention, it is possible to contribute to the commercial capture of crabs and the capture of leisure crabs for consumers, and to further spread them.

FIG. 1 is a schematic diagram showing a entangled fishing gear which is an embodiment of the crab catching fishing gear of the present invention. FIG. 2A is a schematic diagram showing a connecting portion of the crab catching fishing gear of the present invention, and FIG. 2B is a schematic diagram showing an operating portion of the crab catching fishing gear of the present invention. FIGS. 3A and 3B are schematic diagrams showing the relaxed state of the catching tex of the crab catching fishing gear of the present invention. FIG. 4 is a schematic diagram showing a catch type fishing gear which is an embodiment of the crab capturing fishing gear of the present invention, and is a schematic diagram showing a state in which catching tex is loosened when put into water. FIG. 5 is a schematic view showing a fishing type fishing gear which is one embodiment of the crab capturing fishing gear of the present invention, and is a schematic view showing a state in which the catching tex is tightened by lifting with a fishing rod.

Explanation of reference numerals

DESCRIPTION OF SYMBOLS 10 ... Cage body 11 ... First pole 12 ... Second pole 13 ... Support projection 14, 64 ... Lower swivel hook 15 ... Hole 16 ... Partition 17 ...・ First chamber 18 ・ ・ ・ Second chamber 19 ・ ・ ・ Door 20 ・ ・ ・ Shapes 21, 28 ・ ・ ・ Connecting parts 22, 65 ・ ・ ・ Sliding members 23, 66 ・ ・ ・ Top hook 24 ・ ・ ・First connection members 25, 29 Swivel 26 Second connection member 27 Guide tube 30 Capture tex 40 Operation wire 41 Pull-out port 42 Fixture 43 ... Loop 44 ... Operation handle 50 ... Plummet 60 ... Double shaft 61 ... Inner shaft 62 ... Outer shaft 63 ... Trigger node 67 ... Top hook 70 ...・ Tegs guide 71 ・ ・ ・ Stopper pin 80 ・ ・ ・ Turn back 90 ・ ・ ・ Float

Claims (5)

A crab-capturing fishing device comprising a substantially spindle-shaped cage body capable of storing food, and at least two capture tegus capable of capturing with a crab sandwiched between the cage body,
A hollow handle incorporating a sliding member is connected to the first pole of the cage body,
A capture tex is deployed from the second pole to the first pole,
The capture tex focused at the first pole is connected to an operation wire via a sliding member inside the handle,
By moving the portion exposed from the handle of the operation wire back and forth substantially in the axial direction of the handle, between the capture tex and the cage body, a gap capable of catching a crab or a crab can be sandwiched. The crab catching and fishing gear, wherein the catching tex can be manipulated freely.   2. The crab catching and fishing gear according to claim 1, wherein the cage body includes a first chamber for storing food and a second chamber for storing natural or artificial aquatic plants.   3. The crab catching and fishing gear according to claim 2, wherein the number of catching tegus is four and the cage is disposed at a position where the cage body is divided into approximately four equal parts. A crab-capturing fishing device comprising a substantially spindle-shaped cage body capable of storing food, and at least two capture tegus capable of capturing with a crab sandwiched between the cage body,
A double shaft including an inner shaft connected in the central axis direction at the second pole of the cage body, and an outer shaft having a trigger node that can abut a sliding member that slides outside;
A capture tex is deployed from the second pole to the first pole,
Capture tex focused at the first pole is connected to the sliding member,
When the sliding member is brought into contact with the trigger node and slides, a loose space is provided between the catching tex and the cage body so that a crab can be caught or the crab can be sandwiched. The crab-capturing fishing gear, wherein the catching tex can be freely operated.   The crab catching and fishing device according to claim 4, wherein the first room of the cage body is provided with an upside down.

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