KR101526237B1 - Auto-jerking fishing float - Google Patents

Abstract

In the present invention, the winding of the fishing line is automatically performed only by slightly pulling and pulling the chamber, the length of the winding of the chamber can be adjusted as desired by the user, The present invention relates to a fishing tackle equipped with an automatic game machine and a fish-finding function capable of easily detecting a game, and is provided with a light-emitting display portion on one side, And an aqueduct that automatically performs a chamfer operation when a fish is detected, wherein the aqueduct comprises: a housing having a hollow portion; A winding roll formed in a circular shape and seated in the hollow portion; and a spiral spring provided inside the winding roll to fix an inner end of the spiral spring to the housing and an outer end of the spiral spring to be fixed to the winding roll, ; And a chamber having one end connected to the outer periphery of the rim of the take-up roll and wound or unwound along with the rotation of the take-up part, and the other end penetratingly protruding out of the housing.

Description

[0002] Auto-jerking fishing float [0003]

[0001] The present invention relates to a fishing tackle equipped with an automatic player and an automatic game player, and more particularly, to a fishing tackle equipped with an automatic player and an automatic game player, And a fishing tackle equipped with an automatic game machine and a fishing game detection function that can simultaneously confirm the sinking completion time of the fishing line and the detection of the fishing game at night.

In sea fishing, the needle is usually located at a distance of 2 to 10 meters from the crucible, and often maintains a very long distance of 50 to 200 meters from the seat to the needle. In this situation, it is very difficult to grasp the movement of the crucifix through the eyes even if the fish catches the bait, and when the distance between the crucifix and the needle is long and the needle is in the algae, There was a problem that could not be delivered right away. In this case, not only the beginner survey but also the high school survey also failed to provide the appropriate time for the fish to eat and to escape from the bait occasionally.

In addition, in the case of the initial survey, there are many cases in which the fishing is unconditionally performed because of various fishing modes and fish characteristics.

7, a tensile spring 50 and a wire spring 60 are provided in the housing 10 to move the slide 30 to catch the wire spring 60. In this case, The wire spring 60 is disengaged from the catching groove 1a and is moved into the slide 30 to be instantaneously pulled by the tension spring 50. As a result, So as to automatically cool it.

However, such a conventional automatic marine vessel tool has a small distance of 2 to 3 cm to be moved by the marine vessel, and this small range of marine vessel is not only difficult to apply to sea fishing mainly catching large meat, In the case of a large fish, the effect was less because it felt a foreign body and spit bait. In addition, such a coil spring type tool has a problem in that it is difficult to adjust the distance to the chamber and to adjust the strength of the grain to be required in the chamber, so that it is difficult to apply to various kinds of fish.

Therefore, it is possible to automatically cool the fish when the fish is fed without any operation, and it is possible to adjust the sedimentation rate by controlling the buoyancy according to various fishing modes, and to adjust the reaction force required for the length of the fish It has become necessary to develop a fishing tackle equipped with a sensor and a fish detection function.

KR 10-0458805 B1 (registration number) November 11, 2004

An object of the present invention is to provide a fishing reel equipped with an automatic reagent and a fish detection function that can be automatically rewound by simply pulling and releasing the chamber.

It is another object of the present invention to provide a fishing reel equipped with an automatic chamber and a fish detection function which can be easily applied to various types of fishes by adjusting the length of the reel of the chamber as desired by the user.

It is also an object of the present invention to provide a fishing reel having an automatic player and an automatic game player capable of performing an automatic player role and a role of an athlete.

Another object of the present invention is to provide a fishing reel equipped with an automatic player and a fish finder so that the time of completion of sinking of a fishing line can be easily confirmed even at night.

Another object of the present invention is to provide a fishing reel equipped with an automatic game machine and a game machine which can easily detect a game machine even at night.

It is also an object of the present invention to provide a fishing tackle equipped with an automatic player and an automatic game machine which can improve durability of an aqueduct and promptly operate an automatic player.

According to the present invention, there is provided a light emitting display device comprising: And an aqueduct that automatically performs a chamfer operation when a fish is detected, wherein the aqueduct comprises: a housing having a hollow portion; A winding roll formed in a circular shape and seated in the hollow portion; and a spiral spring provided inside the winding roll to fix an inner end of the spiral spring to the housing and an outer end of the spiral spring to be fixed to the winding roll, ; And a chamber having one end connected to the outer periphery of the rim of the take-up roll and wound or unwound along with the rotation of the take-up part, and the other end penetratingly protruding out of the housing.

Further, the hollow portion of the present invention includes a concave groove-shaped pin guide, and the winding portion is accommodated in the pin guide and is configured to reciprocate in the longitudinal direction, and a fixing protrusion is protruded at one end Wherein the winding roll includes a plurality of first gears formed on side surfaces facing the pin guides and guiding the fixed protrusions of the winding roll of the winding roll in the direction of the center of the winding roll, And a second gear formed between the first gears and guiding the fixing pin in an outward direction of the winding roll in the reverse rotation of the winding roll, Wherein the engaging groove is formed to receive and engage the fixing protrusion guided by the second gear during the reverse rotation so that the winding roll is set The fixing protrusion is detached from the latching groove and guided to the inner periphery of the rim of the winding roll, and when the chamber is released, the winding roll is reversely rotated by the spring springs.

The light emitting display unit of the present invention includes a knot detecting sensor provided at a through hole opening of the sleeping rattle and generating a knot detecting signal when the knot fastener fixed to the fishing line is seated when the fishing line sinks.

The handwheel according to the present invention may further include a handwheel sensor at a portion where an inner end of the handwheel spring is fixed to the housing, and the handwheel sensor is pressed by the handwheel during the forward rotation of the winding roll, And the pressing by the spring is released during the reverse rotation of the winding roll.

In addition, the aqueduct of the present invention may include an abutment detection ball fixed through the chamber and contacting the housing at the time of the reverse rotation of the takeup roll, and an abutment sensor for generating an abutment detection signal upon contact of the abutment detection ball And an erroneous detection unit configured to detect an erroneous signal.

In addition, the light emitting display unit of the present invention includes an LED that emits light when a detection signal of a detection signal is received from the detection unit.

Further, the present invention is characterized in that a thin film-like member is provided between the fixing pin of the winding unit and the winding roll, and the one side of the fixing pin is opened so that the fixing protrusion of the fixing pin is exposed in the winding roll direction Is further provided.

In the present invention, since the reeling is automatically performed by simply pulling and releasing the chamber 300, even a beginner can easily catch the fish.

In addition, since the length of the reel of the chamber 300 can be adjusted as desired by the user, the present invention can be easily applied to various types of fish.

In addition, the present invention has the effect of being capable of concurrently playing the role of aqueduct as well as the automatic chamber function.

In addition, since the light emitting display unit 500 including the knot detecting sensor 510 is provided in the sleeping crucible 600, it is possible to easily confirm the sinking completion time of the fishing line 610 at night so that the fishing line 610 Can be performed.

In addition, the present invention includes an aquifer detection unit 400 to generate a detection signal at the time of operation of the automatic chamber, detect the detection signal at the buzzer 600 and emit the detection signal at night So that even a beginner can easily catch a fish.

In addition, since the guide panel 250 is provided between the winding unit 200 and the fixing pin 220, the rotation durability can be improved by preventing the fixing pin from being separated, and the automatic chamber operation can be performed quickly.

FIG. 1 is a perspective view of an aqueduct of a fishing tackle equipped with an automatic player and a detection function according to an embodiment of the present invention; FIG.
2 is an exploded perspective view of an aquarium fish of a fishing tackle equipped with an automatic player and a detection function according to an embodiment of the present invention.
3 is an exploded perspective view of a fish cage having an automatic crusher and a false detection function according to an embodiment of the present invention at different angles.
FIG. 4 is a cross-sectional view of an aquarium of a fishing tackle equipped with an automatic player and a detection function according to an embodiment of the present invention; FIG.
FIG. 5 is a view illustrating the operation state of the aqueduct in a fishing tackle equipped with an automatic player and an automatic game player according to an embodiment of the present invention.
6 is a cross-sectional view of an aquarium fish of a fishing lure equipped with an automatic chamber and an automatic lure detection function according to another embodiment of the present invention.
FIG. 7 is a cross-sectional view of a fishing rope of a fishing tackle equipped with an automatic crusher and a detection function according to an embodiment of the present invention; FIG.
FIG. 8 is a cross-sectional view of an aqueduct with an automatic fish finder sensor and a fish finder sensor according to an embodiment of the present invention.
FIG. 9 is a cross-sectional view of an aqueduct with a sensor for detection of a hand wound spring of a fishing tackle equipped with an automatic player and a detection function of a fish finder according to an embodiment of the present invention.
10 is a cross-sectional view illustrating a sliding cover of a fishing tackle equipped with an automatic player and a detection function of a game machine according to an embodiment of the present invention;
11 is a sectional view showing a conventional aquarium.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 to 10, the aqueduct according to the present invention includes a housing 100 having a hollow portion 110 formed therein, a winding roll 210 formed in a circular shape and seated on the hollow portion 110, And a winding spring (240) which is provided inside the winding roll (210) and has an inner end fixed to the housing (100) and an outer end fixed to the winding roll (210) And a chamber 300 connected to the outer periphery of one end of the take-up roll 210 to be wound or unwound in accordance with the rotation of the take-up part 200 and the other end to be protruded to the outside of the housing 100 .

The housing 100 has a hollow portion 110 formed therein so that the winding portion 200 can be received therein and serves to guide the rotation of the winding portion 200. The hollow part 110 of the housing 100 is preferably formed in a circular groove shape so that the roller-shaped winding part 200 can be received and rotated. However, And any structure can be used as far as the winding unit 200 can not flow during rotation.

A rotating shaft 120 is protruded from a center portion of the hollow portion 110 of the housing 100 where the winding portion 200 is seated to be able to pass through one side of the winding roll 210 of the winding portion 200, One side of the rotation shaft 120 is formed to be cut so that the inner end of the winding spring 240 of the winding unit 200 can be inserted and fixed.

On one side of the hollow portion 110 is formed a concave groove-shaped pin guide 130 for receiving the fixing pin 220 so that the fixing pin 220 reciprocates in the longitudinal direction, and the hollow portion 110 A plurality of air outlets 111 are formed to penetrate to the outside so that the inside air can be discharged to the outside and the underwater tooth can be quickly settled.

One or more buoyancy regulating members 140 are provided on the inner side of the housing 100 with respect to the hollow portion 110 to slow down or slow down the sinking speed of the underwater cores. And the first to third buoyancy regulators 143.

The first buoyancy regulator 141 is provided at the lower portion of the inside of the housing 100 with respect to the hollow portion 110 of the housing 100 and is made of a metal such as lead or a material having a specific gravity larger than that of water, And the first buoyancy regulator 141 is formed so as to pass through the groove 300 in the vertical direction so that the chamber 300 extending from the winding unit 200 can pass through.

On the other hand, a second buoyancy regulator 142 for slowing down the sinking velocity of the underwater crest is provided at the upper portion of the inside of the housing 100 with respect to the hollow portion 110, Is formed of a material such as styrofoam which has a specific gravity smaller than that of water, as opposed to the buoyancy regulator 141, and serves as a breech, and aqueduct floats in the water to be slowly searched and settled.

In the meantime, in the case where the algae is required to quickly descend to the floor without the need of searching for a fast zone or an intermediate layer, the third buoyancy adjuster 143 (or 143) is installed at the outer lower side of the housing 100 together with the first buoyancy adjuster 141 ). The third buoyancy adjuster 143 is formed of a material having a specific gravity larger than that of water, like the first buoyancy adjuster 141, and is formed in a triangular or semicircular shape, . ≪ / RTI >

In this case, the housing 100 should be settled while holding seawater. Even if the housing 100 is formed as shown in the drawing, the housing 100 may have many resistance forces to move the seawater along the outer surface of the housing 100 do. A plurality of inner holes 101 are formed in the housing 100 in the vertical direction so as to reduce the resistance and a plurality of outer grooves 102 are formed on the outer side of the housing 100 in the vertical direction And may be formed in an incised shape.

On the other hand, according to the preparation method, it is necessary to have a shape that can guide the flow of the fluid so that the housing 100 can drain the bird. To this end, the housing 100 has semicircular plate- So that the side of the housing 100 can be aligned according to the flow of the algae so that the flow of algae can be removed.

The winding unit 200 has a built-in winding spring 240 to rotate or rotate in a reverse direction and to wind or unwind the chamber 300. The winding unit 200 is provided inside the hollow part 110 of the housing 100, The chamber 300 is connected to one side of the main winding and wound.

To this end, the winding unit 200 includes a winding roll 210 formed in a circular shape and seated in the hollow portion 110 of the housing 100, and a winding roll 210 installed inside the winding roll 210, A spiral spring 240 whose end is fixed to the rotating shaft 120 of the housing 100 and whose outer end is fixed to the winding roll 210 and a spool spring 240 which is received in the pin guide 130 of the housing 100, A fixing pin 220 protruding from a fixing protrusion 221 for suppressing the rotation of the winding roll 210 at one end and a fixing pin 220 formed at a side of the housing 100 opposite to the pin guide 130, The gear portion 230 having the engaging groove formed therein for guiding the fixing protrusion 221 to the outside and guiding the fixing protrusion 221 to the outside when the reverse rotation is guided, .

The winding roll 210 includes a circular roll base 211 and a cylindrical winding guide 212 extending from the rim of the roll base 211. The roll base 211 is wound around the roll base 211, The outer periphery of the winding spring 240 is fixed to the inner periphery of the winding guide 212 and is wound around the winding roll 210, The spring 240 can accumulate or release the rotational restoring force. The outer periphery of the winding guide 212 is preferably protruded on both sides in the form of a rail so that the chamber 300 can be stably wound or unwound. It is preferable that a plurality of holes are formed so as to be able to quickly discharge the air outwardly.

The winding spring 240 is an elastic spring wound in a roll shape and is provided inside the winding roll 210. The inner end of the winding spring 210 is inserted and fixed in the cutout portion of the rotary shaft 120 of the housing 100, When the winding roll 210 is rotated in the forward direction, the rotation restoring force is accumulated, and when the chamber 300 is placed, the rotation restoring force is released to release the winding roll 210 So that the winding roll 210 can wind the chamber 300 by rotating it in the reverse direction.

A circular plate 260 having a center hollow is further provided on one side of the spring 240. The plate 260 is fixed by penetrating the hollow portion by the rotating shaft 120 and is in contact with the side surface of the spring 240 to reduce the frictional force when the spring 240 is wound or unwound, .

The fixing pin 220 is accommodated in the pin guide 130 of the housing 100 so as to be reciprocatable in the longitudinal direction and a fixing protrusion 221 for preventing the rotation of the winding roll 210 is protruded at one end . The fixing pin 220 is moved from the lower portion of the housing 100 to the upper portion by friction between the rotating portion 210 and the gear portion 230 of the winding roll 210, The guide 130 is formed to be offset from the rotation shaft 120 to one side. When the fixing pin 220 is moved upward, the fixing protrusion 221 protruding from the fixing pin 220 is separated from the inner circumference of the winding guide 212 of the winding roll 210. At this time, the winding roll 210 And is guided in the center direction of the winding roll 210 by the gear portion 230 formed on the winding roll 210.

The gear portion 230 protrudes from one side surface of the roll base 211 and is provided with a plurality of first gears (not shown) for guiding the forward rotation fixing projections 221 of the winding roll 210 to the center of the winding roll 210 And a second gear 232 formed between the first gear 231 and guiding the fixing pin 220 in the outward direction of the winding roll 210 in the reverse rotation of the winding roll 210 .

The first gear 231 is protruded to have a triangular planar surface and curved toward the center of the roll base 211. The first gear 231 is spaced apart from the inner circumference of the winding guide 212 by a predetermined distance and the other surface of the first gear 231 is gradually moved away from the surface opposite to the winding guide 212, . In other words, the first gear 231 is formed with a surface opposed to the winding guide 212, a surface facing the roll base 221, 211, and a surface on which the latching groove is formed.

The second gear 232 is protruded between the first gears 231 so as to have a triangular or semicircular planar shape and curved toward the center of the roll base 211. The second gear 232 includes one surface in the direction of the center of the roll base 211 and the other surface in the direction of the winding guide 212 and is opposed to the winding guide 212 of the first gear 231 The attachment of the surface of the roll base 211 to the surface facing the center of the roll base 211 and the attachment of the surface of the second gear 232 facing the winding guide 212 and the surface of the roll base 211 facing the center of the roll base 211, And is formed in a shape pointing in the opposite direction.

One side of the second gear 232 in the direction of the center of the roll base 211 is arranged so as to partially face the surface on which the engagement groove of the first gear 231 is formed, And faces the surface of the gear 231 facing the center of the roll base 211. In other words, the first gear 231 and the second gear 232 are continuously arranged in a form in which a part of the first gear 231 and the second gear 232 are wrapped by the following gears, and the overlapping portions are spaced apart from each other.

Of the terms for each surface of the first gear 231 and the second gear 232, a surface facing the winding guide 212 is referred to as a first surface, and a surface facing the center of the roll base 211 5, when the surface between the first surface and the second surface is referred to as the third surface, when the winding roll 210 is rotated in the forward direction, that is, when the chamber 300 is pulled out, The fixing protrusion 221 is seated on the second surface of the first gear 231 while being separated from the inner periphery of the winding guide 212. At this time, as the winding roll 210 further rotates, the first gear 231 And is moved in the direction of the center of the roll base 211. The fixing protrusion 221 is continuously moved along the second surface of the first gear 231 and the second surface of the second gear 232 even when the winding roll 210 is further rotated by continuously pulling the chamber 300 in this state, So that the winding roll 210 can be rotated without any resistance.

When the withdrawal of the chamber 300 is completed, the chamber 300 is slightly released to rotate the winding unit 200 in the reverse direction, so that the fixing pin 220 is moved in the direction of the winding guide 212 as shown in FIG. 5 The fixing protrusion 221 reaches the third surface of the first gear 231 which is guided by the second surface of the second gear 232 and faces the second surface of the second gear 232 do. When the winding unit 200 is further rotated in the reverse direction, the fixing protrusion 221 is caught and fixed in the fixing groove formed on the third surface of the first gear 231, and the winding unit 200 is also fixed by the fixing protrusion 221 It is no longer rotated and becomes fixed. In this case, the shape of the fixing pin 220 may be formed to be bent in the reverse rotation direction of the take-up part 200 in order to securely fix the take-up part 200 by the fixing protrusion 221. In this case, The lower end of the fixing pin 130 may be formed so that the bent portion of the fixing pin 220 can reciprocate up and down.

5 (c), when the winding unit 200 is rotated in a forward direction, the fixing protrusion 221 is separated from the engaging groove of the first gear 231, Or is guided and lowered by the third surface of the second gear 232 and is brought into close contact with the inner circumference of the winding guide 212. [ When the chamber 300 is then released, the winding unit 200 is rotated in the reverse direction by the rotation restoring force of the spring 240 to wind the chamber 300. The process of pulling and hanging the chest 300 is the same as that of the fish during the course of fishing when the fish catches the bait and turns the head. When the fishing rod is nipped, the fixing protrusion 221 is detached from the catching groove, So that the chamber can be instantaneously activated. In this case, although the winding length of the chamber 300 is preferably about 50 centimeters, it is preferable that the chamber 300 is specialized in sea fishing. However, even when the chamber 300 is not completely released, the spring 300 and the gear portion 230, It can be applied to freshwater fishing by changing the degree of shipment.

The number of the first gears 231 and the second gears 232 may be increased to further divide the surface on which the fixing protrusions 221 can be guided. The fixing protrusion 221 can be fixed to the latching groove by a small operation as the number of the latching protrusions 232 increases.

On the other hand, when fishing a small fish or the like, if the force of the fish is weak and the wind-up roll 210 can not be rotated forward by a set interval, an automatic chamber may be difficult. In this case, the angle of the engaging groove of the first gear 231 may be made small, so that the fixing protrusion 221 can be released from the engaging groove even with a small rotation, and the pin spring 222 is fixed to the other end of the fixing pin 220 So that when the fixing pin 220 is separated from the engaging groove to some extent, the pin spring 222 can be released at once, so that automatic filling can be performed even with a small force.

However, in the case of the above-described configuration, it may be inconvenient to provide different aqueducts depending on the type of fish to be caught. Therefore, it is necessary to vary the strength of the nailing required for the automatic fishery depending on the kind of fish to be caught. In the present invention, the elasticity adjusting part 223 for adjusting the elasticity of the pin spring 222 may be further provided .

The elasticity adjusting portion 223 is provided in the longitudinal direction of the pin spring 222 and penetrates the housing 100 so that one side is exposed to the outside of the housing 100. The elasticity adjusting portion 223 is formed in a bolt Or loosening is inserted into the housing 100 in the direction of rotation or moved outwardly of the housing 100 to adjust the degree of pressing of the pin spring 222. [ Accordingly, when the large fish is caught, the chamber 300 can be pulled only by the force of the fish by projecting out of the housing 100 to reduce the degree of compression of the pin spring 222, So that the fixing protrusions 221 are separated from the catching grooves and can be automatically cleaned with only a small amount of fish.

On the other hand, in order to check whether the fishing line 610 has been released into the water by a predetermined length when fishing in the semi-flow method, the fishing line 610 is positioned at a certain position by a yarn loop 520 or the like, 610) through the through holes of the sleeping chute (600). When the fishing line 610 is then thrown and settled in water, when the fishing line 610 continues to be inserted through the sleeping chute 600 by the hand underwater, and the area of the cotton knot 520 is stopped by the opening of the mouth of the sleeping chute 600, (610) is completed. The sinking completion time of the fishing line 610 can be known by the degree of exposure of the sleeping queen 600 on the water surface. The fishing line 610 having been settled is pulled by the water queen more in the depth direction of the sleeping queen 600 And the irradiation can fix the reel of the fishing rod by looking at the change of the exposure of the sleeping crucible 600.

However, in the case of daytime, it is not easy to easily confirm the change of the exposure. In the case of the nighttime, the change of the exposure can not be confirmed at all and it is difficult to judge the completion time of the sinking of the fishing line 610. Therefore, in another embodiment of the present invention, a sleep crucible 600 for notifying the completion time of the sinking of the fishing line 610 is also disclosed.

The sleeping pit 600 of the present invention further comprises a light emitting display unit 500 for displaying the detection signal of the detection of the detection of the detection unit of the fish-eye 610 to the outside or the sinking completion of the fishing line 610.

The light emitting display unit 500 includes a knot detecting sensor 510 provided at the through hole entrance of the sleeping rattle 600 and an LED 530 emitting light when a signal is input from the knot detecting sensor 510 or the aqueduct .

A knitting yarn 520 is fixed to the fishing line 610 and the movement of the knitting yarn 520 is surely transmitted to the sleeping chute 600 at the lower portion of the knitting yarn 520, The knot fastener 521 is fixed to the fishing line 610 so as not to pass through the through hole of the fishing line 600. The mouthpiece inlet of the sleeping rattle 600 is recessed in a concave groove shape so that the knot fastener 521 fastened to the fishing line 610 can be seated. The knot fastener 521 is seated in the entrance groove portion of the through- A knot detecting sensor 510 is provided on one side of the through hole of the sleeping rattle 600 so as to detect the knot. As the knot detecting sensor 510, various known sensor devices such as a pressure sensor and a magnetic sensor may be used.

The LED 530 is provided at the upper or outer periphery of the upper end of the sleeping rattle 600 and detects the presence of the woven knot 520 from the knot detecting sensor 510, And a wireless receiving unit (not shown) is further included inside the sleeping rattle 600 for this purpose.

Meanwhile. The LED 530 may enable the user to determine which signal is emitted by varying the emission color or emission pattern when receiving the signal of the knot detection sensor 510 and receiving the signal of the handwheel. In addition, the light emitting diode 600 can emit light in a lighting state when receiving a signal in an unlit state, or in an unlit state when receiving a signal in a lighting state.

In addition, another embodiment of the present invention further includes a detection unit 400 for detecting the false detection signal when the automatic chamber operation is performed by the detection unit.

The detection unit 400 includes a detection sensor 410 disposed inside the housing 100 of the aqueduct to generate a signal during operation of the chamber 300, That is, it comprises a detection-touching ball 420 that contacts the housing 100 during a chamber operation.

The false detection sensor 410 may be provided at the upper end of the inner first buoyancy regulator 141 of the housing 100 and may be constituted by a pressure sensor for generating a signal in the case of an electrolyte having an impact amount exceeding a certain level. Since the fish detection ball 420 is fixed to the chamber 300 while being penetrated by the chamber 300, when the fish starts to fish after the fish is pulled by pulling the chamber 300, when the chamber starts, And the detection sensor ball 420 is lifted along the chamber 300 to reach the outer surface of the housing 100 and hit the outer surface of the housing 100 to sense the operation of the chamber.

Alternatively, when the finger detection sensor 410 is configured as a magnetic sensor, the finger detection sensor 410 may be provided at the lower end of the housing 100, wherein the finger detection ball 420 is formed of a magnet.

The handwriting detection sensor 411 may be configured to detect the handwriting using the handwriting detection sensor 411 instead of the handwriting detection sensor 410. The handwriting detection sensor 411 includes a housing 100 to which the inner end of the handwheel spring 240 is fixed, The outer circumferential surface of the rotating shaft 120 of the motor. The spring 240 is brought into close contact with the rotating shaft 120 in the direction of the rotation of the winding roll 210 to accumulate the rotating restoring force and is rotated in the reverse direction using the accumulated rotating restoring force so as to move toward the inner circumferential direction of the winding roll 210 . When the winding roll 210 is rotated in the forward rotation direction, that is, when pulling the chord, the hand winding detection sensor 411 is provided on the rotating shaft 120 of the housing 100 by using the properties of the winding spring 240, The detection sensor 411 is pressed by the spring 240 and is automatically rotated to rotate the winding roll 210 in the reverse direction so that the pressing by the spring 240 is released. The handwheel detection sensor 411 determines that the pressure release point is the detection point of the godfather and generates the godfath detection signal.

On the other hand, the power switch 430 is provided on one side of the outer circumference of the housing 100 to prevent the false detection sensor 410 from operating when the fishing is not performed, It can be configured to operate automatically from the moment the battery is inserted.

In another embodiment of the present invention, a guide plate 250 in the form of a thin film may be further provided between the fixing pin 220 of the winding unit 200 and the winding roll 210. The guide panel 250 is provided between the fixing pin 220 and the take-up roll 210 so that the fixing protrusion 221 of the fixing pin 220 can be exposed in the direction of the take- . The guide panel 250 serves to narrow the space between the fixing pin 220 and the winding roll 210 so that the fixing pin 220 is not separated from the pin guide 130 when the fixing pin 220 reciprocates And serves to reduce the rotation resistance of the winding roll 210 by allowing the winding roll 210 to rotate on a smooth surface on the guide panel 250. 9, the outer surface of the guide panel 250 is in close contact with the outer surface of the hollow portion 110 which is vertically extended so as not to rotate together with the winding roll 210 when the winding roll 210 is rotated Respectively.

According to the present invention having the above-described configuration, since the winder is automatically wound only by slightly pulling and releasing the chamber 300, even a beginner can easily catch fish.

In addition, since the length of the reel of the chamber 300 can be adjusted as desired by the user, the present invention can be easily applied to various types of fish.

Further, since the buoyancy regulator can be attached and detached, the present invention has an effect of determining an appropriate sedimentation speed in accordance with a full-flow or semi-flow system.

In addition, the present invention has the effect that the flow of algae can be removed by providing the wing part (150).

In addition, the present invention has the effect of being capable of concurrently playing the role of aqueduct as well as the automatic chamber function.

In addition, since the light emitting display unit 500 including the knot detecting sensor 510 is provided in the sleeping crucible 600, it is possible to easily confirm the sinking completion time of the fishing line 610 at night so that the fishing line 610 Can be performed.

In addition, the present invention includes an aquifer detection unit 400 to generate a detection signal at the time of operation of the automatic chamber, detect the detection signal at the buzzer 600 and emit the detection signal at night So that even a beginner can easily catch a fish.

In addition, since the guide panel 250 is provided between the winding part 200 and the fixing pin 220, the present invention has the effect of improving the durability of the underwater tooth and rapidly operating the automatic washing machine.

100: housing 110: hollow
120: rotating shaft 130: pin guide
140: Buoyancy regulator 150:
200: winding section 210: winding roll
220: Fixing pin 221: Fixing projection
230: gear portion 240: spring-loaded spring
300: Chamber 400:
500: light emitting display part 600:

Claims (7)

Wherein a through hole is formed through the fishing line so as to pass therethrough, and a light emitting display portion is provided on one side thereof to emit light; And
Aqueduct that automatically performs a chamber operation when detecting a fisherman;
, ≪ / RTI >
The above-
A housing having a hollow portion;
A winding roll formed in a circular shape and seated in the hollow portion; and a spiral spring provided inside the winding roll to fix an inner end of the spiral spring to the housing and an outer end of the spiral spring to be fixed to the winding roll, ; And
A first end connected to the outer periphery of the rim of the take-up roll and wound or unwound along the rotation of the take-up part, and the other end penetratingly protruding outside the housing;
And,
Wherein the hollow portion includes a concave groove-shaped pin guide,
The winding unit further includes a rod-shaped fixing pin which is received in the pin guide and is configured to reciprocate in a longitudinal direction, and a fixing protrusion is protruded at one end,
The winding roll includes a plurality of first gears formed on side surfaces facing the pin guides for guiding the fixed protrusions of the winding rolls in the direction of the center of the winding roll, And a second gear for guiding the fixing pin in an outward direction of the take-up roll in the reverse rotation of the take-up roll, wherein one end of the first gear is supported by the second gear A locking groove is formed so that the guided fixing protrusion can be received and engaged,
When the chuck is pulled to rotate the winding roll at a predetermined interval, the fixing protrusion is detached from the holding groove and is guided to the inner periphery of the winding roll. When the winding roll is released, the winding roll is reversely rotated A fishing tackle equipped with automatic chamfering and false detection. delete The method according to claim 1,
Wherein the light emitting display unit includes a knot detecting sensor provided at a through hole entrance of the sleeping rattle and generating a knot detecting signal when the knot fastener fixed to the fishing line is seated when the fishing line sinks, Fishing tackle equipped. The method of claim 3,
Wherein the handwheel further comprises a handwheel detection sensor at a portion where an inner end of the handwheel spring of the housing is fixed and the handwheel detection sensor is pressed by the handwheel in the forward rotation of the winding roll, Wherein the automatic spring and the finger detection function are configured to release the pressing by the spring upon rotation. The method of claim 3,
Wherein the aqueduct is a bodily sensation ball which is fixedly inserted through the chamber and is in contact with the housing at the time of reverse rotation of the take-up roll, and a bodily sensation sensor which generates a bodily sensation signal when the bodily- A fishing tackle equipped with automatic chamfering and detection of false alarms equipped with a sensing unit. The method according to claim 3 or 4,
Wherein the light emitting display unit includes an LED that emits light when a detection signal is detected from the detection unit. The method according to claim 6,
And a thin film-like guide panel provided between the fixing pin of the winding unit and the winding roll, wherein the fixing plate has a thin film-like guide panel which is opened at one side so that the fixing protrusion of the fixing pin is exposed in the winding roll direction A fishing tackle equipped with automatic karaoke and false detection.

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