KR102564212B1 - A Fishing Float - Google Patents

Abstract

The present invention relates to a fishing float, and more particularly, to form an empty space in the lower part of the body of the float and accommodate a battery part in the upper part to minimize contact between the battery part and water, and to stably fly the float and stand vertically, It relates to a fishing float that enables accurate recognition of the detection of the bite and enables accurate detection of the bite by clearly distinguishing and displaying the light emission for displaying the position of the bite and the light emission by the detection of the bite.

Description

Fishing Float{A Fishing Float}

The present invention relates to a fishing float, and more particularly, to form an empty space in the lower part of the body of the float and accommodate a battery part in the upper part to minimize contact between the battery part and water, and to stably fly the float and stand vertically, It relates to a fishing float that enables accurate recognition of the detection of the bite and enables accurate detection of the bite by clearly distinguishing and displaying the light emission for displaying the position of the bite and the light emission by the detection of the bite.

A fishing float is one of the tools for fishing and is formed to float on the water by being tied to a fishing line, and the movement allows the fish to recognize the bite of the bait fixed on the fishing line.

Therefore, as shown in the patent documents below, fishing floats in the form of being able to float vertically in the water are mainly used, and the light emitting means is operated by the bite of the fish so that the bite of the fish can be easily recognized.

However, in the case of such a float, as the top of the float is formed long and the body of the float that accommodates the power supply is formed at the bottom, the center of gravity is concentrated on the lower part, so that when the float is thrown into the water, it does not fly far and does not stand upright in the water. there is. In addition, since the body is completely submerged in water, the possibility that the power supply means is damaged by the influence of water increases.

In addition, when the bite is detected through a fish body detection sensor that detects water as in the patent document below, there is a problem in that it is difficult to accurately detect the bite because the fishing float may be submerged in water or splashed from time to time in a sea with strong waves.

(Patent Document) Registered Utility Model Publication No. 20-0490805 (registered on December 30, 2019) "Luminous fishing float"

The present invention has been made to solve the above problems,

An object of the present invention is to provide a fishing float that minimizes contact between the battery and water by forming an empty space at the bottom of the float and accommodating the battery at the top, and allowing the float to fly stably and stand vertically.

An object of the present invention is to provide a fishing float capable of accurately recognizing the detection of the bite quality by clearly distinguishing and displaying light emission for displaying the position of the fishing float and light emission due to the detection of the bite quality.

An object of the present invention is to provide a fishing float that enables accurate detection of the bite regardless of the surrounding environment by detecting the bite according to the degree to which the float is pulled.

An object of the present invention is to provide a fishing float that reduces misrecognition of the bite and enables more accurate detection of the bite by determining the bite only when the float is pulled repeatedly for a certain period of time.

An object of the present invention is to provide a fishing float that induces a user's perception by rotating a light emitting module when a fishing line is not pulled even when the light emitting module blinks due to detection of bite.

An object of the present invention is to provide a fishing float that can detect a decrease in the elasticity of an elastic body supporting between a fixing part and an elevation part, so that the replacement time of the float can be quickly grasped.

An object of the present invention is to provide a fishing float that enables a user to recognize this and prepare for a bite by detecting the approach of a fish around a fishing float and enabling lighting, and to guide a fish by moving a fishing rod. there is.

An object of the present invention is to provide a fishing float capable of accurately detecting the movement of fish by detecting the proximity of the fish only when the frequent proximity frequency of the fish continues.

The present invention is implemented by an embodiment having the following configuration in order to achieve the above object.

According to one embodiment of the present invention, the float according to the present invention has a float body in which a battery unit is accommodated, a float saw having a light emitting module coupled to the upper side of the float body and emitting light, and coupled to the lower portion of the float body It includes a float to which a fishing line is connected, and an operation control unit for controlling the operation of the float, and the float body is formed to be recessed at a certain depth in the upper part and includes a battery receiving groove for accommodating the battery unit, and an empty space inside the lower side of the float body. It is characterized in that it comprises an internal cavity formed by.

According to another embodiment of the present invention, in the fishing float according to the present invention, the saw saw includes a partition end for partitioning upper and lower spaces to be displayed externally, and the light emitting module includes a power light emitting body that emits light according to power supply and , and a detection light emitting element that emits light when a bite is sensed, and the power light emitting element and the detection light emitting element are respectively formed in the upper and lower spaces partitioned by the partition ends.

According to another embodiment of the present invention, in the fishing float according to the present invention, the float has a support connected to the lower part of the float, a fixed end formed at the lower part of the support, and a ring shape at the lower part of the fixed end. It includes a connecting ring formed of a fishing line to which the fishing line is connected, and the fixing end is formed between a fixing part fixed to the support, a lifting part elastically coupled to the lower part of the fixing part, and the fixing part and the lifting part, It includes an elastic body providing an elastic force, and the operation control unit includes a bite detection unit for operating the light emitting module by detecting a bite according to a distance between the fixing unit and the elevation unit.

According to another embodiment of the present invention, in the fishing bobber according to the present invention, the fixing part includes an insertion member protruding toward the elevation portion and inserted into the elevation portion, protruding ends protruding from both sides of the insertion member, and the insertion member. It includes a distance sensor formed at a lower end and measuring a distance from the lifting part, wherein the lifting part includes a lifting groove into which the insertion member is inserted, a guide rail formed to be recessed along both sides of the lifting groove and into which a protruding end is inserted, , It is characterized in that it includes a support end formed to protrude inward from the top of the guide rail to block the departure of the protruding end.

According to another embodiment of the present invention, in the fishing bobber according to the present invention, the bite quality detection unit includes a distance measurement module for receiving distance information between the fixing part and the lifting part measured by the distance sensor, and a threshold setting the measured distance. A threshold value comparison module that compares the measured distance with a threshold value, an initial information storage module that stores information about an initial point in time at which the measured distance exceeds the threshold value, and a number of times the measured distance exceeds the threshold value for a certain time after the initial point in time It is characterized in that it includes a repetition count calculation module, a bite determination module for determining that the number of repetitions exceeds a set number of bites, and a light emitting blinking module for blinking the light emitting module when it is determined to be a bite.

According to another embodiment of the present invention, in the fishing float according to the present invention, the float body is formed to be fixed to the first body at the lower side, the second body coupled to the upper side of the first body, and the first body It includes a rotation unit for rotating the second body, and the bite detection unit includes a limit time detection module for detecting that the flashing of the light emitting module by the light emitting blink module continues for a set limit time, and the bite state continues even after the limit time is reached In the case characterized in that it comprises a rotation operation module for operating the rotation unit.

According to another embodiment of the present invention, in the fishing bobber according to the present invention, the rotating part is formed inside the first body and provides rotational force for rotating the second body; a rotation shaft rotated by the rotation motor; a rotating support that is fixed to the rotating shaft and rotates together, and is formed to be coupled to the inside of the second body; Characterized in that it includes; an insertion protrusion and an inlet groove formed along the contact circumference of the first body and the second body and inserted and supported by each other.

According to another embodiment of the present invention, in the fishing bobber according to the present invention, the operation control unit includes an aging diagnosis unit for detecting a decrease in elasticity of the elastic body, and the aging diagnosis unit includes the fixing unit and the lifting unit at regular time intervals. A minimum distance calculation module that calculates the minimum distance between the distances, a set value comparison module that compares the calculated minimum distance with a set value, a duration measurement module that measures the duration when the minimum distance is greater than the set value, and When the time exceeds the set time, it is characterized in that it includes an aging notification module that determines that the elasticity of the elastic body is lowered and notifies it.

According to another embodiment of the present invention, in the fishing float according to the present invention, the elevating part includes a plurality of proximity sensors formed at regular intervals along the circumference to sense the proximity of a fish, and the operation control unit is connected to the proximity sensor. and a motion detecting unit that turns on a light emitting module according to information sensed by the proximity sensor, wherein the motion detecting unit includes a proximity information receiving module that receives information detected by the proximity sensor and a proximity interval calculation that calculates a time interval at which a proximity signal is received. module, a reference value comparison module that compares the proximity interval with a set reference value, a proximity frequency calculation module that calculates the proximity frequency when the proximity interval is smaller than the reference value, and a proximity index operation that calculates the proximity index by accumulating and storing the calculated proximity frequency It is characterized in that it includes a module and a sensing light operation module that turns on the light emitting module when the proximity index exceeds the set value.

The present invention can obtain the following effects by combining and using the above embodiments and configurations to be described below.

The present invention has an effect of forming an empty space at the lower part of the float body and accommodating the battery part at the upper part, minimizing contact between the battery part and water, and allowing the float to fly stably and stand vertically.

The present invention has an effect of accurately recognizing the detection of the bite by clearly distinguishing and displaying the light emission for displaying the position of the fishing float and the light emission by the detection of the bite.

The present invention has the effect of enabling accurate detection of the bite regardless of the surrounding environment by detecting the bite according to the degree to which the jjidari is pulled.

The present invention has the effect of reducing misrecognition of bite and enabling more accurate detection of bite by determining it as bite only when it is repeated for a certain period of time and the jjidari is pulled.

The present invention has an effect of inducing a user's perception by rotating the light emitting module when the fishing line is not pulled even when the light emitting module blinks due to the detection of the bite.

The present invention has the effect of quickly determining the replacement time of the float by detecting the decrease in elasticity of the elastic body supporting between the fixing part and the lifting part.

The present invention detects the proximity of a fish around the bobbin and turns on the lights, so that the user can recognize this and prepare for a bite, and has the effect of inducing the fish by moving the fishing rod.

The present invention has an effect of enabling accurate detection of the fish movement by detecting the proximity of the fish only when the frequent proximity frequency of the fish continues.

1 is a perspective view of a fishing float according to an embodiment of the present invention
Figure 2 is an exploded perspective view of Figure 1
Figure 3 is a cross-sectional view of Figure 1
4 is a cross-sectional view of a fixed end of a fishing float according to another embodiment of the present invention
Figure 5 is a cross-sectional view showing a state in which the protruding end of Figure 4 is fitted into the guide rail
6 is a cross-sectional view of a rotating part of a float according to another embodiment of the present invention
Figure 7 is a horizontal sectional view of Figure 6;
8 is a block diagram showing the configuration of an operation control unit;
9 is a block diagram showing the configuration of the bite quality detection unit of FIG. 8;
Figure 10 is a block diagram showing the configuration of the aging diagnosis unit of Figure 8
11 is a block diagram showing the configuration of the motion sensing unit of FIG. 8;

Hereinafter, preferred embodiments of the fishing float according to the present invention will be described in detail with reference to the accompanying drawings. In the following description of the present invention, if it is determined that a detailed description of a known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. Throughout the specification, when a part "includes" a certain component, it means that it may further include other components without excluding other components unless otherwise stated, and also described in the specification. Terms such as "...unit" and "...module" refer to a unit that processes at least one function or operation, and may be implemented as hardware or software or a combination of hardware and software.

1 to 3, the float according to an embodiment of the present invention is coupled to a float body 1 in which a battery unit 2 is accommodated and an upper side of the float body 1 A float saw (3) having a light emitting module (31) for emitting light, a float (4) coupled to the lower part of the float body (1) to which a fishing line is connected, and an operation control unit (5) for controlling the operation of the float includes;

While the bobber body 1 according to the present invention is formed with a sufficiently long length, an empty space is formed inside the bottom thereof, and the battery unit 2 for supplying power to the light emitting module 31 is It is inserted into the upper part of (1) so that it is formed. Therefore, the center of gravity of the float is formed on the upper side so that it can fly stably to a long distance, and the lower part of the float body (1) is submerged in the water so that it can be erected vertically while the upper part of the float body (1) is exposed out of the water Thus, the effect of water on the battery unit 2 can be minimized. Of course, the battery unit 2 is accommodated inside the steamer 1 in a sealed state to block contact with water, but if it is continuously submerged in water, the battery unit 2 is damaged through a fine inflow of water. there is a risk of becoming Therefore, the present invention is to form a sufficient empty space at the bottom so that the upper part of the float body 1 can be exposed out of the water, and the battery part 2 is formed on the upper part so that the center of gravity is located on the upper side, so that the fishing float It was able to fly stably.

The body body 1 accommodates the battery unit 2 and has a configuration that provides buoyancy to float on water, the lower side being submerged in the water while the upper side where the battery unit 2 is accommodated so that it can float on the water . Therefore, the float body 1 has an empty space of sufficient size on the lower side so as to be submerged in water to a sufficient depth so that the float can be erected vertically. In other words, the lower part of the body 1 has a sufficient volume and a small weight so that only the lower part can be submerged in water, and the upper part where the battery part 2 is accommodated will be exposed to the outside of the water. And through this, the effect of water on the battery unit 2 can also be minimized. In addition, the float body 1 allows the center of gravity to be formed in the upper part from the center so that the float can fly far and stably even when throwing. The upper part of the float body 1 is coupled with the fly saw 3 so that the position and bite of the float can be confirmed even at night through light emitted by the light emitting module 31. To this end, the body body 1 may include a battery receiving groove 11, an internal cavity 12, and a chitop mounting hole 13.

The battery receiving groove 11 is configured to be recessed to a certain depth on the upper side of the body body 1, and the battery unit 2 is accommodated and mounted, and is formed to be detachable.

The inner cavity 12 refers to an empty space formed inside the lower part of the body body 1, so that the lower portion of the body body 1 can float on water to form sufficient buoyancy, allows it to remain exposed out of the water.

The chisaw mounting hole 13 is a hole formed through the upper end of the chisaw body 1, communicates with the battery receiving groove 11, and allows the chisaw 3 to be fitted and coupled. A separate sealing member is inserted into the chitop mounting hole 13 to prevent the inflow of water, and the battery unit 2 is detached.

The battery unit 2 is configured to be accommodated in the body 1 and supply power to the light emitting module 31, and may be detachably inserted into the battery receiving groove 11. The battery unit 2 may include a battery mounting box 21 mounted in the battery receiving groove 11 and a battery 22 accommodated in the battery mounting box 21 to supply power, and the battery ( 22) is connected to the light emitting module 31 to supply power.

The float 3 is configured to be coupled to the upper part of the float body 1, and a light emitting module 31 is formed therein so that the position of the float and the bite signal can be displayed. The chitop 3 may be formed of various materials, but is preferably formed of a translucent material so that the light emitting module 31 can spread. In addition, the chisaw 3 includes a pair of light emitting modules 31 so that one light emitting module 31 displays the position of the float and the other light emitting module 31 emits light only when biting. In particular, by partitioning the upper and lower spaces so that light is emitted in each upper and lower zone of the pair of light emitting modules 31, it is possible to ensure that light is clearly distinguished. To this end, the chisaw 3 may include a light emitting module 31, a connecting member 32, and a partition end 33.

The light emitting module 31 has a configuration that emits light according to power supply by the battery unit 2, and includes a power light emitting element 311 that emits light only when power is supplied and a sensing light emitting element 312 that emits light only when a bite is sensed. can include For example, the power light emitting element 311 is formed on the upper side of the compartment end 33 and the sensing light emitting element 312 is formed on the lower side of the compartment end 33, so that the power light emitting element 311 and the sensing light emitting element 312 are formed. It is possible to easily distinguish the light emitted from the light, and through this, it is possible to easily recognize whether or not to bite.

The connection member 32 is configured to connect the battery unit 2 and the light emitting module 31, and may be formed of an iron wire capable of supplying power, and a coating for protecting the iron wire is provided around the iron wire. can be formed. In addition, the connection member 32 is connected to each of the power light emitting element 311 and the sensing light emitting element 312 to supply power.

The partition end 33 is configured to partition the top and bottom of the chitop 3, and the division can be made along the circumferential surface of the chitop 3. Therefore, the power light emitting element 311 and the sensing light emitting element 312 are accommodated on the upper and lower sides partitioned by the section 33 to emit light, thereby emitting light for confirming the position of the float and light emitting according to the detection of bite. This can be easily distinguished. For example, the partition end 33 may be formed in black, and through this, the division of light emission can be made more reliably.

The float 4 is formed to be coupled to the lower portion of the float body 1 and is connected to the fishing line, and is formed at the end of the support rod 41 coupled to the float body 1 and connected to the support rod 41 It may include a fixed end 42 at which the ring 43 is formed, and a connecting ring 43 formed at the fixed end 42 to which the fishing line is connected. Therefore, the float 4 is connected to the fishing line and put into the water, and the fishing line is erected vertically while the fishing line is connected so that the position of the fishing line can be displayed by the float saw 3.

The operation control unit 5 is a component that controls the operation of the fishing float, and can more accurately control the operation of the light emitting module 31 . As described above, the light emitting module 31 is formed of a power light emitting element 311 and a sensing light emitting element 312 to display the position of the fishing float and detect and display the bite. Therefore, the operation control unit 5 turns on the power When turned on, power is supplied to the power light emitting element 311 so that light can be emitted, and when a bite is sensed, light can be emitted by the sensing light emitting element 312. The operation control unit 5 can sense the bite of the fish in various ways, and various known methods such as detecting that the fishing float is submerged in water or detecting the movement of the fishing float can be used. However, preferably, as in other embodiments of the present invention, the degree of pulling of the fishing float can be sensed so that the bite can be accurately detected in various environments.

Referring to the fishing float according to another embodiment of the present invention with reference to FIGS. 4 to 11, the fishing float has a body (1), a battery unit (2), a fishing top (3), and a fishing rod like an embodiment of the present invention. While including (4), the fixing end 42 of the float 4 is formed to be elastically coupled in order to detect the bite by the fish, in addition, the float body 1 rotates the rotating part 14 Including so that the rotation of the light emitting module 31 accommodated in the pjisaw 3, more precisely, the pjisaw 3 can be made.

As described in the background art above, when a fish bite is sensed by detecting a fishing float submerged in water, a signal for misrecognizing bite is frequently generated in a sea with severe waves. Therefore, the fishing float according to the present embodiment detects the bite of the fish according to the degree to which the fixing end 42 is repeatedly pulled, enabling accurate detection of the bite. In addition, the float can sense not only the bite of the fish but also the proximity of the fish to the float, so that the fish can be prepared for the bite of the fish in advance and the fishing rod can be moved to induce the fish.

As shown in FIG. 4, the fixing end 42 of the bridge 4 is divided into a fixing part 421 on the side of the support 41 and a lifting part 422 where the connecting ring 43 is formed. The fixing part 421 and the lifting part 422 are connected by an elastic body 423 so that they are elastically supported by each other. Therefore, when the elevating part 422 is pulled by the fish, it overcomes the elastic force of the elastic body 423 and moves away from the fixing part 421, and repeats the process of being pulled and returned to the original position according to the movement of the fish. Accordingly, it is possible to determine whether or not a fish has bitten according to a change in the distance between the elevation part 422 and the fixing part 421 .

The fixing part 421 is configured to be fixed to the end of the support 41, and is elastically coupled to the lifting part 422 by the elastic body 423. In addition, the fixing part 421 is inserted into and supported by the lifting part 422 so that the lifting part 422 can be moved up and down along a certain vertical direction, and by measuring the distance to the lifting part 422, according to the change in distance Allows bite detection to occur. To this end, the fixing part 421 may include an insertion member 421a, a protruding end 421b, a distance sensor 421c, and an elastic support end 421d.

The insertion member 421a protrudes toward the elevation portion 422 and is inserted into the elevation portion 422, and a pair may be formed on both sides. The insertion member 421a is inserted into the elevating groove 422a of the elevating part 422 to be described later and moves up and down along the elevating groove 422a, through which the elevating part 422 follows a certain path in the vertical direction. It is possible to accurately measure the distance between the lifting part 422 and the fixing part 421 by moving it up and down. Protruding ends 421b protrude from both sides of the insertion member 421a, and a distance sensor 421c is formed at the end of the elevation part 422 to measure the distance to the elevation part 422.

The protruding end 421b is configured to protrude from both sides of the insertion member 421a, and may be formed at the end of the elevation part 422. As shown in FIG. 5, the protruding end 421b is inserted into and supported by a guide rail 422b to be described later of the elevation part 422, and through this, the insertion member 421a is stably placed in the elevation groove 422a. Allows it to be lifted in a supported state. In addition, the protruding end 421b is supported by the support end 422c at the end of the elevating groove 422a to prevent the insertion member 421a from being separated from the elevating groove 422a.

The distance sensor 421c measures the distance between the fixing part 421 and the lifting part 422, and may be formed at an end of the insertion member 421a on the lifting part 422 side. Therefore, the movement of the lifting part 422 is detected according to the distance between the fixing part 421 and the lifting part 422 measured by the distance sensor 421c, and the bite of the fish is sensed according to the repetition. make it possible

The elastic body support end 421d supports the elastic body 423 and may protrude from the center of the fixing unit 421 toward the elevation unit 422 . Therefore, the elastic body support end 421d allows the elastic body 423 to be fixed between the lifting part 422 while having sufficient strength so that the lifting part 422 is fixed in a pulled state, and is not pulled by the fish. It can be made to move away from the fixing part 421 only at this time.

The elevating part 422 is configured to be elastically coupled to the fixing part 421, and the connecting ring 43 is fixed to the end thereof. Therefore, the elevating part 422 is usually pulled by the elastic body 423 and maintains a state in close contact with the fixing part 421, and moves away from the fixing part 421 only when pulled by a fish. In addition, the elevating part 422 allows the insertion member 421a to be inserted and supported so that it can be moved up and down in a predetermined direction, and prevent the insertion member 421a from falling out of the elevating part 422 . In addition, the elevating unit 422 detects the proximity movement of the fish and displays it through the light emitting module 31, so that the fisherman prepares to bite in advance or moves the fishing rod to attract the fish. can do. To this end, the elevation part 422 may include an elevation groove 422a, a guide rail 422b, a support end 422c, and a proximity sensor 422d.

The elevating groove 422a has a configuration into which the insertion member 421a is inserted, and is recessed to a certain depth in the vertical direction from the fixing part 421 so that it can be moved up and down along the insertion member 421a. A pair of the elevating grooves 422a are formed on both sides of the elastic body support end 421d so that insertion members 421a on both sides can be inserted and moved up and down.

The guide rail 422b is formed by being recessed into both sides of the elevating groove 422a by a certain depth, and the protruding end 421b is inserted to form a path moving in the vertical direction. Accordingly, the guide rail 422b enables the insertion member 421a to be moved up and down while being stably supported in the elevating groove 422a.

The support end 422c is configured to protrude inward from the end of the guide rail 422b, and blocks the protruding end 421b from being separated from the guide rail 422b. Therefore, it is possible to prevent the insertion member 421a from escaping from the elevating groove 422a.

The proximity sensor 422d is inserted into the elevation part 422 and detects the movement of a fish approaching the elevation part 422, preferably in plurality at regular intervals along the circumference of the elevation part 422. It can be formed to detect the movement of fish approaching from various directions. The proximity sensor 422d detects a fish entering within a certain distance of the elevation part 422, and the movement of the fish can be detected according to the frequency at which detection signals are generated from each proximity sensor 422d.

The elastic body 423 is configured to elastically couple the lifting portion 422 and the fixing portion 421, and both ends are fixed to the lifting portion 422 and the elastic body support end 421d, respectively. The elastic body 423 may be formed to have a strength high enough not to be pulled by a general movement of water, and to be stretched only when pulled by a bite of a fish. In addition, even when the fish bites, the elastic body 423 pulls the fish to provide force for the lifting part 422 to return to its original position, and the reciprocating motion of the lifting part 422 is repeated as the fish is pulled. Let it be. Therefore, the operation control unit 5 detects the reciprocating movement of the lifting unit 422 according to the pull of the fish and detects the bite of the fish according to the number of times, thereby enabling accurate detection of the bite.

The body body 1 can be formed by being divided into a lower first body 1' and an upper second body 1'', and the second body 1'' rotates the rotating part 14. It can be formed to rotate through. The rotation unit 14 rotates the second body 1'' by determining that the user did not recognize the blinking when the fish bite continues even when the light emitting module 31 blinks after detecting the fish bite. And, through this, the rotation of the light emitting module 31 is made so that the user's perception can be induced. To this end, the rotation unit 14 may include a rotation motor 141, a rotation shaft 142, a rotation support 143, an insertion protrusion 144, and an inlet groove 145, as shown in FIG.

The rotation motor 141 rotates the second body 1'' and may be supported and formed in the inner cavity 12. The operation of the rotation motor 141 can be controlled by a rotation operation module 518 to be described later of the operation control unit 5, and light is emitted when the fish bite continues even when the light emitting module 31 flickers according to the bite of the fish. The module 31 can be made to rotate.

The rotating shaft 142 rotates according to the operation of the rotating motor 141 and is fixed to the rotating support 143 to rotate the rotating support 143 .

The rotating support 143 is formed to be fixed to the rotating shaft 142, rotates along with the rotation of the rotating shaft 142, and may be integrally coupled to the inner side of the second body 1''. there is. Accordingly, the rotation support 143 allows the rotation of the second body 1'' according to the operation of the rotation motor 141.

The insertion protrusion 144 is formed to protrude from the first body 1' or the second body 1'' on the surface where the first body 1' and the second body 1'' are in close contact. As a configuration, it may be formed in a circular shape along the rotation direction of the second body 1''. At this time, an inlet groove 145 is formed on the opposite side of the insertion protrusion 144 so that the insertion protrusion 144 can rotate while being inserted into the inlet groove 145. Therefore, the insertion protrusion 144 and the inlet groove 145 are formed to face each other in the first body 1' and the second body 1'', so that the second body 1'' is formed to face the first body 1 '), stable rotation can be achieved.

The operation control unit 5 is configured to control the operation of the float, and includes a bite detection unit 51 for detecting bite quality, an aging diagnosis unit 53 for detecting a decrease in elasticity of the elastic body 423, and a fish movement detection unit for detecting fish movement. A motion sensor 55 may be included.

The bite detection unit 51 is configured to detect a bite of a fish biting a bait caught in a fishing line, and detects that the elevation part 422 moves away from the fixing part 421 by pulling the fishing line. Therefore, the bite detection unit 51 can accurately detect the bite caused by the fish, and in addition, detects the bite as a bite only when the fish repeatedly pulls the fishing line, so that the bait is temporarily caught on an obstacle or the bait In the case of touching and running away, it is possible to detect the bite more accurately by preventing the generation of the bite signal. In addition, the bite detection unit 51 can make the bite signal more easily recognized by blinking the detection light emitting body 312 when the bite is detected, and when the bite continues even after blinking for a certain time By operating the rotation unit 14, the rotation of the light emitting module 31 is made, and through this, the fisherman can quickly recognize the bite. To this end, the bite detection unit 51 includes a distance measurement module 511, a threshold value comparison module 512, an initial information storage module 513, a repetition count calculation module 514, a bite quality determination module 515, and light emission. A blinking module 516, a time limit detection module 517, and a rotation operation module 518 may be included.

The distance measuring module 511 is configured to measure the distance between the lifting part 422 and the fixing part 421, and the distance can be measured in real time by the distance sensor 421c.

The threshold comparison module 512 is configured to compare the measured distance with a threshold value, and sets the distance at which the elevation part 422 moves away from the fixing part 421 to the extent that it can be evaluated as being pulled by a fish as a threshold value and compares the distance. to make it possible

The initial information storage module 513 is configured to store information about an initial point in time at which the measured distance exceeds a threshold value, and allows the count of the number of times the measured distance exceeds the threshold value for a predetermined time from the initial point in time to be calculated.

The repetition count calculation module 514 is configured to calculate the number of times the distance between the lifting part 422 and the fixing part 421 exceeds a threshold value for a predetermined time from an initial point in time, and the distance measuring module 511 and The number of iterations is calculated by the threshold value comparison module 512 .

The bite determination module 515 determines the bite of the fish, and determines the bite of the fish when the number of repetitions calculated by the repetition count calculation module 514 exceeds a set number. Therefore, the bite determination module 515 judges the bite as a bite only when the pulling of a certain degree or more is continuously repeated, thereby preventing the generation of a bite signal due to temporary pulling, etc., and accurately determining the bite caused by the fish.

The light emitting blinking module 516 is configured to blink the light emitting module 31 when it is determined to be a bite, so that the sensing light emitting body 312 can be blinked. Alternatively, the light emitting and blinking module 516 can make all of the power light emitting elements 311 and the detection light emitting elements 312 blink so that the bite signal can be transmitted to the fisherman more effectively.

The limit time detection module 517 is configured to detect when a set limit time elapses after the light emitting module 31 starts blinking by the light flashing module 516, and determines the degree of fish bite when the limit time elapses. make it possible

The rotation operation module 518 determines whether the bite continues once again by the bite determination module 515 when the limit time has elapsed, and operates the rotation unit 14 when it is determined that the bite continues. let it be In other words, if the bite continues despite the flashing of the light emitting module 31, it can be seen that the fisherman did not recognize the light emitting signal, so the rotation operation module 518 operates the rotating part 14 to By allowing the rotation to be made, the user can more easily recognize the light emitting module 31 .

The aging diagnosis unit 53 is configured to detect deterioration in elasticity due to use of the elastic body 423, and notifies aging of the elastic body 423 so that equipment can be replaced. Since the elastic body 423 repeatedly pulls and returns to its original position according to the bite of the fish, its elasticity inevitably decreases as the usage time increases. Therefore, the aging diagnosis unit 53 detects the decrease in elasticity of the elastic body and informs it, thereby notifying that the life span of the elastic body 423 is over and allowing the replacement of the bridge 4 portion to be made. The aging diagnosis unit 53 uses the minimum distance between the elevating unit 422 and the fixing unit 421 to detect the decrease in elasticity of the elastic body 423. If it exceeds, it is determined that the elasticity of the elastic body 423 is lowered and the lifting part 422 cannot be sufficiently pulled. To this end, the aging diagnosis unit 53 may include a minimum distance calculation module 531, a set value comparison module 532, a duration measuring module 533, and an aging notification module 534.

The minimum distance calculation module 531 is configured to calculate the minimum distance between the elevation part 422 and the fixed part 421 at regular time intervals, and for a certain period of time according to the distance measured by the distance sensor 421c. Calculate the minimum value of

The set value comparison module 532 is configured to compare the calculated minimum distance with a set value, and the set value is the distance between the lifting part 422 and the fixed part 421 that can be determined by the decrease in elasticity of the elastic body 423. to be set to a value.

The duration measurement module 533 measures the duration when the minimum distance is greater than the set value as a result of comparison by the set value comparison module 532.

The aging notification module 534 determines that the elasticity of the elastic body 423 is lowered when the duration measured by the duration measurement module 533 exceeds a set time and informs the replacement of the bridge 4. to make it possible

The motion detection unit 55 is configured to detect the movement of a fish approaching the fishing line, and detects the movement of the fish according to a detection signal from a proximity sensor 422d formed in the elevation part 422 . In particular, the motion detection unit 55 does not detect the fish by one-time detection, but continuously detects the movement of the fish only when the detection signal is formed continuously, so that other fixtures, boats, foreign substances, etc. Do not mistake proximity for fish movement. In addition, when the movement of the fish is detected, the motion detection unit 55 may turn on the sensing light emitting element 312 to notify the movement of the fish, through which the fisherman prepares to bite in advance or moves the fishing line to catch the fish It can be made to take an action to attract as bait. Therefore, when the movement of the fish is detected, the operation control unit 5 informs the movement of the fish through the lighting of the light sensing body 312, and when the bite is detected by the bite detection unit 51, the light sensing body ( 312) to blink so that an immediate bite is made, so that effective fishing can be made. To this end, the motion detection unit 55 includes a proximity information receiving module 551, a proximity interval calculation module 552, a reference value comparison module 553, a proximity frequency calculation module 554, a proximity index calculation module 555, A sensing lamp operation module 556 may be included.

The proximity information receiving module 551 is a component that receives information about a fish approaching the fishing line, and receives information detected by the proximity sensor 422d.

The proximity interval calculation module 552 is a component that calculates a time interval at which a proximity signal is received, and calculates the interval by storing time information of information sensed by the proximity sensor 422d.

The reference value comparison module 553 compares the proximity distance calculated by the proximity distance calculation module 552 with a set reference value, and from the proximity sensors 422d formed in plurality along the circumference of the elevation part 422. When the sensed proximity signal is received at a short interval, it can be determined that the fish is moving around the elevating unit 422, so an appropriate reference value that can be determined as a movement is set.

The proximity frequency calculation module 554 is configured to calculate the proximity frequency when the proximity interval is smaller than a reference value, and calculates the proximity frequency according to the time interval at which the proximity signal is received. For example, the frequency may be calculated as 1/2 when received at 2 second intervals, 1/3 when received once every 3 seconds, and the like.

The proximity index calculation module 555 is configured to calculate the degree of proximity as a proximity signal is repeated at frequent intervals, and accumulates and stores the proximity frequency calculated by the proximity frequency calculation module 554 to obtain a proximity index to calculate

The sensing light operation module 556 determines that a fish is wandering around the fishing line when the proximity index calculated by the proximity index calculation module 555 is greater than or equal to a set value and turns on the sensing light emitting element 312. As a configuration, the sensing light emitting body 312 may be turned on according to the proximity index accumulated over a certain period of time. The detection lamp operation module 556 may set a value such as 3 or 5 as a set value, for example. The sensing light emitting element 312 may be turned on.

In the above, the applicant has described various embodiments of the present invention, but such embodiments are only one embodiment for implementing the technical idea of the present invention, and any changes or modifications are made according to the present invention as long as the technical idea of the present invention is implemented. should be construed as falling within the scope of

1: body
1': first body 1'': second body
11: battery receiving groove 12: inner cavity 13: chisaw mounting hole
14: rotating part 141: rotating motor 142: rotating shaft
143: rotation support 144: insertion protrusion 145: inlet groove
2: battery unit 21: battery mounting box 22: battery
3: jjisaw 31: light emitting module 311: power light emitting body
312: sensing light 32: connecting member 33: compartment
4: Jjidari
41: support 42: fixed end 421: fixed part
421a: insertion member 421b: protruding end 421c: distance sensor
421d: elastic support 422: lifting part 422a: lifting groove
422b: guide rail 422c: support 422d: proximity sensor
423: elastic body 43: link
5: operation control unit
51: bite detection unit 52: aging diagnosis unit 53: motion detection unit

Claims (9)

A float body accommodating the battery unit, a float top having a light emitting module coupled to the upper side of the float body and emitting light, a float coupled to the lower portion of the float body and connected to a fishing line, and an operation for controlling the operation of the float Including a control unit,
The body of the body,
Including a battery receiving groove formed to be recessed at a certain depth in the upper portion and accommodating the battery unit, and an internal cavity formed as an empty space inside the lower part of the body,
The stew,
A support connected to the lower part of the body, a fixed end formed at the lower part of the support, and a link formed in a ring shape at the lower part of the fixed end to which a fishing line is connected,
The fixed end is
It includes a fixing part fixed to the support, an elevating part elastically coupled to a lower part of the fixing part, and an elastic body formed between the fixing part and the elevating part to provide elastic force,
The operation control unit includes a bite detection unit for operating a light emitting module by detecting a bite according to a distance between the fixing unit and the lifting unit,
the fixing part,
An insertion member protruding toward the elevation portion and inserted into the elevation portion, protruding ends protruding from both sides of the insertion member, and a distance sensor formed at a lower end of the insertion member to measure a distance from the elevation portion,
The lift part,
An elevating groove into which the insertion member is inserted, a guide rail formed to be recessed along both sides of the elevating groove and into which a protruding end is inserted, and a support formed to protrude inward from an upper end of the guide rail to block separation of the protruding end. A fishing float characterized in that it comprises a stage. The method of claim 1, wherein the chitop
Including a partition that divides the upper and lower spaces to be displayed externally,
The light emitting module,
It includes a power light emitting element that emits light according to the supply of power and a sensing light emitting element that emits light when a bite is detected,
The fishing float characterized in that the power light emitting element and the sensing light emitting element are respectively formed in the upper and lower spaces partitioned by the partitioning ends. delete delete The method of claim 1, wherein the bite detection unit
A distance measurement module for receiving the distance information between the stationary part and the elevation part measured by the distance sensor, a threshold value comparison module for comparing the measured distance with a set threshold value, and an initial time when the measured distance exceeds the threshold value. An initial information storage module that stores information about the bite, a repetition count calculation module that calculates the number of times the distance measured for a certain period of time after the initial point exceeds a threshold value, and a bite that is judged as a bite when the number of repetitions exceeds a set number A fishing float characterized in that it comprises a judgment module and a light emitting blinking module for blinking the light emitting module when it is determined as a bite. The method of claim 5, wherein the body is
A lower first body, a second body coupled to the upper side of the first body, and a rotating part formed to be fixed to the first body to rotate the second body,
The bite detection unit,
Characterized in that it comprises a limit time detection module for detecting that the flashing of the light emitting module by the light emitting blinking module continues for a set limit time, and a rotation operation module for operating the rotating unit when the bite state continues even after reaching the limit time fishing tackle. The method of claim 6, wherein the rotation unit
a rotational motor provided inside the first body and providing rotational force for rotating the second body; a rotation shaft rotated by the rotation motor; a rotating support that is fixed to the rotating shaft and rotates together, and is formed to be coupled to the inside of the second body; The fishing float characterized in that it includes; an insertion protrusion and an inlet groove formed along the contact circumference of the first body and the second body and inserted and supported by each other. The method of claim 5, wherein the operation control unit
An aging diagnosis unit for detecting a decrease in elasticity of the elastic body,
The aging diagnosis unit,
A minimum distance calculation module that calculates the minimum distance between the fixed part and the elevation part at regular time intervals, a set value comparison module that compares the calculated minimum distance with a set value, and a duration when the minimum distance is greater than the set value A fishing float characterized in that it includes a duration measurement module for measuring the duration and an aging notification module for determining that the elasticity of the elastic body has deteriorated when the duration exceeds a set time and notifying the result. The method of claim 5, wherein the lifting unit
A plurality of proximity sensors are formed at regular intervals along the circumference to detect the proximity of fish,
The operation control unit includes a motion detection unit for turning on a light emitting module according to information detected by the proximity sensor,
The motion sensor,
A proximity information receiving module for receiving information detected by the proximity sensor, a proximity interval calculation module for calculating a time interval at which a proximity signal is received, a reference value comparison module for comparing a proximity interval with a set reference value, and a proximity interval for determining the reference value A proximity frequency calculation module that calculates the proximity frequency if it is less than, a proximity frequency calculation module that accumulates and stores the calculated proximity frequency to calculate the proximity index, and a sensor that turns on the light emitting module when the proximity index exceeds the set value A fishing float comprising an operating module.

Images