KR20090050905A

KR20090050905A - A fish trap for fishing

Info

Publication number: KR20090050905A
Application number: KR1020070118190A
Authority: KR
Inventors: 박하을
Original assignee: 박하을
Priority date: 2007-11-16
Filing date: 2007-11-16
Publication date: 2009-05-20

Abstract

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a trap formed with a device for contracting / expansion of a attractant. More particularly, the present invention relates to a trap for easily catching shellfish and crustaceans. It can be transported and stacked in multiple stages as a means to minimize the manpower consumption required to move a large amount during the withdrawal after moving and harvesting, while making it difficult to retreat fish and shellfish. Space occupancy due to transportation and storage can also be minimized.

The conventional method of trapping the means of capturing fish and shellfish and crustacean is related to trapping of octopus, octopus jars, and net catches wrapped in mesh with a frame that captures octopus, crab, snow crab, clam, etc. And eel buckets made of rubber and plastic are the mainstream.

Such conventional traps of fish and shellfish to catch large amounts of movement and withdrawal after harvesting have a problem of causing a large amount of manpower consumption and a large space occupancy due to transportation and storage. will be.

Therefore, the trap formed with the device for contracting and expanding the inlet port according to the present invention gradually forms the periphery of the outer and inner circumferences of the body in the direction from the entrance to the tap, and contracts and expands the inlet formed at one side of the entrance. This facilitating formation can be easily realized because the inlet expands when the stem 2 of the body 2 is inserted into the inlet through the body entrance.

In addition, when the lip 2 of the trunk 2 is inserted into the attraction port through the entrance of the body to release the stacked material, the attraction port contracts, so that the retreat of fish and shellfish that enters the attraction port is difficult. It is able to maintain the original form and function.

body. Torso 2. entrance. tap. Faucet 2. Hook hook. Hook protrusion 2. Entrance mesh fixing frame. Hook turning tool. Hook protrusion 2 tool. Water outlets. Water distribution port 2. Labyrinth manning line fixture. Stingray Fixture. Labyrinth wire. Line up. Mesh body. Labyrinth. Rubber ring support, rubber ring support 2. Rubber Ring Support Spare Ring Rubber Ring Support Spare Ring 2. Rubber ring. The eyeline outlet. Attractions.

Description

A trap formed with a contraction / expansion device of an attracting population {A FISH TRAP FOR FISHING}

1 is a perspective view of the present invention.

Figure 2 is a perspective view of the main portion of the present invention cut away.

3 is a cross-sectional view of the main part according to the present invention.

4 is a cross-sectional view of main parts of the present invention.

5 is a state diagram used in accordance with a preferred embodiment of the present invention.

10: torso.

10-1: Torso 2.

11: doorway.

12: tap.

12-1: Nipple 2.

20: hook projection.

20-1: hook protrusion 2.

30: entrance mesh fixing frame.

31: Hook turning tool.

31-1: Hook protrusion 2 tool.

40: water distribution port.

40-1: water distribution port 2.

50: labyrinth network fixture.

50-1: eyeline fasteners.

60: Labyrinth wire.

70: line.

80: mesh.

81: Labyrinth.

90: rubber ring support.

90-1: rubber ring support 2.

91: rubber ring support play ring

91-1: Rubber ring support play ring 2.

92: rubber ring.

93: the eyeline outlet.

100: attracting population.

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a trap formed with a contraction / expansion device for a attractant. It is possible to minimize the occupancy of transportation and storage by stacking and stacking multi-stage as a means to minimize the manpower consumption required to move a large amount during the withdrawal after moving and harvesting, while making (i) difficult.

Therefore, the trap formed with the device for contracting and expanding the inlet port according to the present invention gradually forms the periphery of the outer and inner circumferences of the body in the direction from the entrance to the tap, and contracts and expands the inlet formed at one side of the entrance. Forming this easy rubber ring when the nipple 2 of the body 2 is inserted into the inlet through the body entrance, the rubber ring of the inlet expands, so that the lamination can be easily realized.

In addition, when the stem 2 of the body 2 is inserted into the inlet through the body entrance and released, the rubber ring of the inlet contracts, so that the retreat of the fish and shellfish that enters into the inlet is The purpose is to implement an action that maintains the original form and function of attracting populations.

In order to achieve the above object, the trap of the induction / contraction device of the present invention is formed with curved edges of the mesh body 80 at the edge of the doorway 11 of the body 10, and the doorway of the body 10. (11) the mesh ring 80 formed at the edge of the body 10 in the direction of the tap 12 of the inner circumference of the body 10, the rubber ring 92 to the rubber ring support portion 90 on one side in a state of maintaining a predetermined length And the rubber ring support 2 (90-1), the rubber ring support play ring 91, and the rubber ring support play ring 2 (91-1) to form a through hole 100 through the rubber ring 92 and Mesh body supporting the inlet port 100 through the rubber ring support 90, rubber ring support 2 (90-1), rubber ring support play ring 91, rubber ring support play ring 2 (91-1) Speaking 80 with the through hole inlet 100 to form a through-hole maze network 81, one end of the labyrinth manganese streaks 60 on one side of the edge of the labyrinth network 81 and the other end of the body (10) Tap holes formed close to 12 parts non-Roman one side and fastened to the fixed-line fixture 50.

At this time, the rubber ring 80 formed through the mesh body 80 formed at the edge of the entrance 11 of the body 10 in the direction of the tap 12 of the inner circumference of the body 10 to maintain a predetermined length of the rubber ring Induced inlet 100 is supported by the rubber ring support 90, rubber ring support 2 (90-1), rubber ring support play ring 91, rubber ring support play ring 2 (91-1) through the hole When using the rubber ring formed a through-hole of the inlet 100 when inserting the nipple 2 (12-1) portion of the body 2 (10-1) into the inlet 100 through the entrance 11 of the body 10 Since 92 is expanded, the lamination is to implement an operation that can be easily realized.

Therefore, it will be preferable to form the attracting sphere 100 and the through-hole maze network 81 to a size suitable for inducing the passage of fish and shellfish and shellfish.

In addition, when the use of the spigot 2 (12-1) of the body 2 (10-1) is inserted into the inlet 100 through the entrance 11 of the body 10 to release the stacked one of the inlet 100 Since the rubber ring 92 formed through the hole contracts, the original shape and function of the inlet port 100, which makes it difficult to retreat the shellfish and the crustaceans, which have entered the inlet port 100, can be maintained. Is to implement that behavior.

Therefore, when used, the one end of the arlet line 70 of a predetermined length as a means to be connected to the mortise line is fastened to the arlet line fixture 50-1 formed through the one side of the body 10 and the other end is one side of the body 10 A predetermined length is formed on the outer periphery of the body 10 through the line outlet outlet 93 formed in the through hole.

Hereinafter, with reference to the accompanying drawings will be described in more detail the trap is formed in the shrinkage / expansion device of the attracting port of the present invention.

1 is a perspective view of the present invention,

2 is a perspective view of the main portion of the present invention cut away,

3 is a cross-sectional view of main parts according to the present invention;

4 is a cross-sectional view of main parts of the present invention;

As shown in FIGS. 1 and 2 and 3, the edge of the mesh body 80 is formed at the edge of the entrance and exit 11 of the body 10, and the edge of the entrance and exit 11 of the body 10 is formed. The formed mesh body 80 is squeezed in the direction of the spigot 12 of the inner circumference of the body 10, and the rubber ring 92 is attached to one side of the rubber ring support 90 at a state of maintaining a predetermined length. 90-1, the rubber ring support gap ring 91, and the rubber ring support gap ring 2 (91-1) are supported to form the inlet 100 through.

At this time, the rubber ring support 90 and the rubber ring support 2 (90) penetrated through the rubber ring 92 in this embodiment to induce a variable size of the export hole expansion of the inlet 100 when used in force. -1) and inserted into the rubber ring support play ring 91 and the rubber ring support play ring 2 (91-1), but such modified or modified equivalent structure by a person skilled in the art Various changes, substitutions, and alterations may be made without departing from the spirit or scope of the invention described in the present invention.

Therefore, the rubber ring 92 and the rubber ring support 90, rubber ring support 2 (90-1), rubber ring support play ring 91, the rubber ring support play ring 2 (91-1) to attract the inlet Speech through the mesh formed 80 through the 100 to form a through-hole labyrinth network 81, one end of the labyrinth network fixing line 60 is formed on one side of the edge of the labyrinth network 81 and the other end is the body Fasten to the labyrinth net fixing fixture 50 formed on one side of (10).

In addition, when in use, one end of the arlet line 70 of the means to be connected to the mortar line is fastened to the arlet line fixture 50-1 formed on one side of the body (10).

At this time, the arthropod fixture (50-1) is preferable to reduce the resistance of the water to the body (10) when pulled up in use to form close to the portion of the stem (12) of the body (10).

At this time, the shape of the body 10 is formed around the outer periphery and the inner periphery gradually smaller in the direction from the edge of the doorway 11 to the tap 12, the induction hole 100 formed by speaking with the doorway (11) As shown in the state diagram of FIG. 5, forming the rubber ring 92 made of a material which is easy to shrink and expand the body, the entrance portion of the stem 2 (12-1) of the body 2 (10-1) When the rubber ring 92 formed in the shape of the inlet 100 is expanded when it is inserted into the inlet 100 through 11, lamination can be easily realized.

In addition, the rubber of the attracting port 100 when the stem 2 (12-1) portion of the trunk 2 (10-1) is inserted into the attracting port 100 through the main body 10 entrance 11 to release the stacked one. Since the ring 92 contracts, the inlet port 100 and the labyrinth network 81 that maintain the original shape and function of the fish and shellfish that enter the inlet 100 can be maintained. will be.

As shown in FIG. 4, a plurality of hook protrusions 20 are formed at the edge of the doorway 11 of the body 10 as a means for bending the edge of the mesh body 80 at the edge of the doorway 11 of the body 10. ), Hook protrusions 2 (20-1) are formed, a plurality of hook protrusions 20 formed on the edge of the doorway 11 of the body (10), hook protrusions against the hook protrusions 2 (20-1) An entrance mesh fixing frame 30 having a hook 31 and a hook protrusion 2 utensil 31-1 is provided.

Accordingly, a plurality of hook protrusions 20 and hook protrusions 2 formed at the edge of the doorway 11 of the body 10 as a means for forming the edge of the mesh 80 at the edge of the doorway 11 of the body 10. Curving support of the edge of the mesh 80 to each of the (20-1) and hook projection oil tools 31 formed in the door mesh fixing frame 30 a plurality of hook projections 20, hook projections 2 (20-1) ) And the hook projection 2 tool (31-1) is to forcibly implement the action of suppressing the departure of the mesh 80 formed curved at the edge of the doorway 11 of the body (10).

Therefore, a plurality of water flow openings 40 and water flow openings 2 40-1 having a predetermined size in contact with the outer and inner circumferences on one side of the body 10 are formed so that they do not easily go from the water surface to the floor during use. Or to reduce the resistance of the water of the easily delivered means.

As described above, the trap of the induction / contraction apparatus of the present invention is a retreat of the shellfish and crustaceans that have entered the induction port as a function of the induction / contraction apparatus. It is difficult to minimize the space occupancy due to transport and storage as it can be stacked and stacked in multiple stages as a means to minimize the manpower consumption required to move a large amount during withdrawal after moving and harvesting.

Claims

A circumference of the outer periphery and the inner periphery of the body 10 is gradually formed in the direction from the edge of the doorway 11 to the tap 12, and the mesh body 80 formed at the edge of the doorway 11 of the body 10. In the trap formed by the contraction / expansion device of the inlet port in which the inlet port 100 is formed at one side of the shape of maintaining the predetermined length by passing through the main body 10 in the direction of the tip 12 of the inner circumference. When one side of the stem 2 (12-1) of the 2 (10-1) is inserted into the inlet 100 through the entrance 11 of the body 10, the through hole of the inlet 100 is expanded to the body 10 One side of the nipple 2 (12-1) portion of the body 2 (10-1) is inserted into the inlet 100 of the body 10 and the body 2 (10-1) can be stacked, the body 2 (10- When the one side of the stem 2 (12-1) of the part 1) is inserted into the inlet 100 through the inlet 11 of the body 10 to release the stacked one, the through hole of the inlet 100 is contracted. Trap is contracted, the expansion device, characterized in that the yuingu formed.