KR20200136112A - Artificial intelligence fishing rod casting indoor exercise device and casting practice platform using the same - Google Patents

Abstract

The present invention relates to an artificial intelligence (AI) apparatus for practicing fishing rod casting indoors and a casting practice platform for the same. According to the present invention, the AI apparatus comprises: a practicing fishing rod formed of a longitudinal member for practicing casting; a main body disposed in the practicing fishing rod; a display unit disposed in the main body to be identified from the outside; an operation unit disposed in the main body to select an action by an operation; a casting action detection unit detecting the angle and acceleration of the practicing fishing rod to acquire data about the casting; a memory unit storing data required for calculating a carry from the casting action and evaluating the casting action and storing an evaluation result; an AI evaluation unit using the data stored in the memory unit to calculate the carry from the data about the casting action detected from the casting action detection unit and evaluating the casting action; a communication unit performing communications with an external terminal; a control unit performing control to display the carry calculated by the AI evaluation unit and the evaluation result through the display unit and provide the same to the terminal through the communication unit; and a power supply unit providing electricity required for operation. Accordingly, the apparatus enables a user to practice casting indoors with a practicing fishing rod, thereby providing a chance for practicing fishing technique to a beginner, helping even an expert in increasing technique, and increasing practice efficiency with AI and a treadmill.

Description

Artificial intelligence fishing rod casting indoor exercise device and casting practice platform using the same}

The present invention relates to an artificial intelligent fishing rod casting indoor exercise device and a casting practice platform used therein, and more particularly, by using artificial intelligence and machine learning technology to conveniently perform casting practice using a practice fishing rod indoors, The present invention relates to an artificial intelligent fishing rod casting indoor training device that provides a beginner with an opportunity to practice fishing skills and further improves skills even if it is an expert, and a casting practice platform used therein.

In general, in order to fish properly, after finishing the rig, you need to learn the casting method of throwing the rig into the sea. Such casting is the most difficult part for beginners who are new to reel, and basic casting becomes possible through practice, but long-term experience is required to throw light rigs away with little power.

As a technology related to the casting of such fishing, the “fishing casting device” of Korean Patent Publication No. 10-2015-0134689 has been proposed, which is detachably coupled to the main body of the fishing rod, but holds the fishing line until casting. A device for releasing a fishing line, comprising: a coupling portion detachably coupled to the main body of the fishing rod; And a fixing part provided on the coupling part and holding or releasing the fishing line according to the operation of the lever, wherein the fixing part is separated from the coupling part according to the operation of the lever, or at an original position. A guide body that is returned to; And a clamping part having one end coupled to the coupling part and fitted inside the guide body part, holding the fishing line when the guide body part is separated from the coupling part, and releasing the fishing line when the guide body part returns to its original position. Includes;

However, such a conventional technique requires practice in advance for beginners to use, and for beginners in casting or those who wish to further improve casting skills, it cannot help in practice for better skill improvement, and it is confirmed that the practice is performed properly. Even had a difficult problem.

In order to solve the problems of the prior art as described above, the present invention provides a beginner with an opportunity to practice fishing skills by making it convenient to perform casting practice using a practice fishing rod indoors. It helps to further improve your skills, makes it easy to intuitively check whether the practice is done properly, improves practice efficiency using artificial intelligence and machine learning, and increases practice motivation through competition with other users. It has a purpose.

Other objects of the present invention will be easily understood through the description of the following embodiments.

In order to achieve the object as described above, according to an aspect of the present invention, a practice fishing rod made of a length member for casting practice; A main body provided on the practice fishing rod; A display unit provided on the main body to be identifiable from the outside; A manipulation unit provided on the main body to select an operation by manipulation; A casting motion detection unit that detects the angle and acceleration of the practice fishing rod and obtains data on the casting motion; A memory unit for storing data and evaluation results necessary for calculating a flying distance from the casting operation and evaluating the casting operation; An artificial intelligence evaluation unit that calculates a flying distance using data stored in the memory unit from the data on the casting operation sensed by the casting operation detection unit and evaluates the casting operation; A communication unit for performing communication with an external terminal; A control unit configured to control the flying distance calculated by the artificial intelligence evaluation unit and the evaluated result to be displayed through the display unit and to provide it to the terminal through the communication unit; And a power supply for providing power required for the operation; containing, artificial intelligent fishing rod casting indoor training device is provided.

Further comprising a speaker for outputting a sound effect, the casting motion detection unit, a gyro sensor for sensing the rotational angular speed of the practice fishing rod; An acceleration sensor for sensing the acceleration of the practice fishing rod; A geomagnetic sensor that senses a geomagnetism during the casting operation of the practice fishing rod; An impact sensor for sensing the amount of impact applied to the practice fishing rod; And a microphone to receive audio around the practice fishing rod; Including, the artificial intelligence evaluation unit, the practice fishing rod obtained from the gyro sensor and the acceleration sensor Calculate the flying distance according to the acceleration, but in the casting process of the training fishing rod, the flying distance is increased or decreased by a set ratio according to the magnitude of the changing acceleration in the tilt angle section of the training fishing rod, and the training fishing rod through the geomagnetic sensor The casting direction is calculated, and the quality of the casting operation is determined through the posture, motion, and acceleration of the training fishing rod through the gyro sensor, the geomagnetic sensor, the impact sensor, and the microphone, and the control unit includes the casting motion detection unit. When it is determined that the casting operation is performed through the speaker, a sound generated when the reel is released through the speaker may be output through the speaker as a sound effect.

The artificial intelligence evaluation unit controls to select any one of a plurality of fish species and a plurality of casting types by manipulation of the operation unit, receives the casting operation data provided from the casting operation detection unit, and provides it from the memory unit It is possible to determine whether or not the casting operation of the practice fishing rod corresponds to a fish species or a casting type selected by the operation unit by using data for evaluation of a casting operation according to a type of fish and casting type.

By receiving the casting motion data provided from the casting motion detection unit, the casting motion of the training fishing rod is compared with the characteristic casting motion of each of a plurality of fish species and a plurality of casting types using a machine learning algorithm, and the practice Further comprising a machine learning determination unit for determining which of the casting operation of the fishing rod corresponds to the plurality of fish species and the plurality of casting types, wherein the artificial intelligence evaluation unit receives the casting operation data provided from the casting operation detection unit , Using the data for evaluating the casting operation for each fish species and casting type provided from the memory unit, it is possible to determine whether the casting operation of the training fishing rod corresponds to the fish species or casting type selected by the operation unit. have.

Further comprising a fishing line unwinding effect part provided to have an unwinding effect of the fishing line when casting with the practice fishing rod, the fishing line unwinding effect part, by being fixed with brackets at both ends of the practice fishing rod, installed so as to be parallel to the practice fishing rod A guide in the form of a coil so as to delay the sliding time by extending the path; And the guide is installed so as to slide along the guide, and the guide is installed to pass through the curvature expansion hole formed to expand the diameter while forming a curvature toward both sides, thereby providing a loosening effect of the fishing line by sliding along the guide. It may include a slider;

According to another aspect of the present invention, as a system used in the artificial intelligent fishing rod casting indoor exercise device according to one aspect of the present invention, the artificial intelligent fishing rod casting indoor exercise device is connected through a communication network and detected from the casting motion detection unit. A service server for receiving data on a casting operation and a result evaluated by the artificial intelligence evaluation unit, and allowing a user's terminal to connect through a communication network to provide a service related to casting practice; A correction unit for providing the terminal with guidance necessary for correcting the casting posture from the evaluation result from the service server; A mission content providing unit providing mission content of an image or video that can be followed for correcting the posture of the correction unit to the terminal; And by storing data provided from the artificial intelligent fishing rod casting indoor exercise device connected to the service server and user information provided from the terminal, guide data to be provided by the calibration unit and the mission content providing unit A database unit for storing mission content to be provided; including, an artificial intelligent fishing rod casting training platform used for indoor training apparatus is provided.

Receives the data on the casting operation and the evaluated result provided from the service server, converts it into a score, and provides a ranking for all members, regions or meetings requested from the user's terminal based on the score, and the It may further include a rank recording calculation unit to be stored in the database unit.

According to the artificial intelligent fishing rod casting indoor training device according to the present invention and the casting practice platform used therein, by providing a beginner with an opportunity to practice fishing skills by conveniently performing casting practice using a practice fishing rod indoors. In addition, even a skilled person can help improve their skills, can intuitively and easily check whether the practice is done correctly, improve the practice efficiency using artificial intelligence and machine learning, and compete with other users. You can increase your motivation to practice.

1 is a perspective view showing an artificial intelligent fishing rod casting indoor training apparatus according to an embodiment of the present invention.
2 is a block diagram showing an artificial intelligent fishing rod casting indoor training apparatus and a casting practice platform used therein according to an embodiment of the present invention.
3 is a cross-sectional view showing a slider in the indoor training apparatus for casting an artificial intelligent fishing rod according to an embodiment of the present invention.

In the present invention, various changes may be made and various embodiments may be provided, and specific embodiments will be illustrated in the drawings and described in detail. However, this is not intended to limit the present invention to a specific embodiment, and should be understood in a way that includes all changes, equivalents, or substitutes included in the technical spirit and scope of the present invention, and may be modified in various other forms. It can be, and the scope of the present invention is not limited to the following examples.

Hereinafter, exemplary embodiments according to the present invention will be described in detail with reference to the accompanying drawings, and the same reference numerals are assigned to the same or corresponding components regardless of the reference numerals, and redundant descriptions thereof will be omitted.

1 is a perspective view showing an artificial intelligent fishing rod casting indoor training apparatus according to an embodiment of the present invention.

Referring to Figure 1, the artificial intelligent fishing rod casting indoor training apparatus 100 according to an embodiment of the present invention is a training fishing rod 230, the main body 110, the display unit 120, the operation unit 130, the casting motion detection unit 140, a memory unit 150, an artificial intelligence evaluation unit 160, a communication unit 170, may include a control unit 180 and a power supply unit 190. Here, all configurations except for the practice fishing rod 230 may be provided outside or inside the main body 110 that serves as a casing.

The practice fishing rod 230 may be made of a length member for casting practice, and may be manufactured to have the same or similar material and weight as the actual fishing rod. For this purpose, it may have a fixed length of about 120 to 150 cm. , As another example, it may be configured to expand to a length of 120 to 150 cm due to the foldable structure from 60 to 80 cm normally. In addition, the practice fishing rod 230 may be provided with a handle 231 to be gripped by a user, and may be configured to enable mounting of an actual reel.

The body 110 is detachably attached to the practice fishing rod 230, for example, it may be detachably attached to the practice fishing rod 230 by means of a clamp 111. These clamps 111 include a pair of clamp members (not shown), and these clamp members are hinged to each other, so that the inside can be opened and closed by rotation, so that it is installed to be detachable from the practice fishing rod 230 It may be, and a bolt fastening part 112 that is detachably coupled by a bolt (not shown) on the other side of a pair of clamp members (not shown) may be provided.

The display unit 120 is provided on the main body 110 so as to be identifiable from the outside, and may be formed of a display device such as an LCD in order to display, for example, an evaluation result including a flying distance for a casting operation. The evaluation result can be expressed in letters, and not limited to this, it can be indicated by lighting of the LED.

The operation unit 130 is provided to select an operation by manipulating the main body 110, for example, consisting of a plurality of switches provided for selection of various operations including on/off, or Alternatively, it may be formed of a touch panel or the like provided on the display unit 120 instead.

The casting motion detection unit 140 detects the angle and acceleration of the training fishing rod 230 to obtain data on the casting motion. Casting motion detection unit 140 is a gyro sensor 141 that detects the rotational angular velocity of the practice fishing rod 230, an acceleration sensor 142 that detects the acceleration of the practice fishing rod 230, and casting of the practice fishing rod 230 Including a geomagnetic sensor 143 that senses geomagnetism during operation, an impact sensor 144 that detects the amount of impact applied to the practice fishing rod 230, and a microphone 145 for receiving audio around the practice fishing rod 230 can do.

The memory unit 150 may store data and evaluation results necessary for calculating a flying distance from a casting operation and evaluating a casting operation, but is not limited thereto, and may store various information necessary for an operation as well as a program or application required for driving. .

The artificial intelligence evaluation unit 160 uses data stored in the memory unit 150 from data on the casting operation detected by the casting operation detection unit 140. In addition to calculating the flying distance, the casting operation is evaluated. The artificial intelligence evaluation unit 160 calculates the flying distance from the acceleration-related flying distance data obtained experimentally or by simulation through the acceleration obtained from the casting motion detection unit 140 or the average acceleration value or the maximum acceleration value during the casting operation. The calculated flying distance value may be corrected through a measurement value obtained by the motion detection unit 140, for example, an amount of impact.

The artificial intelligence evaluation unit 160 calculates the flying distance according to the acceleration of the practice fishing rod 230 obtained from the gyro sensor 141 and the acceleration sensor 142, but the practice fishing rod 230 in the casting process of the practice fishing rod 230 According to the magnitude of the changing acceleration in the inclination angle section, the flying distance is adjusted by a set ratio, and the casting direction of the practice fishing rod 230 is calculated through the geomagnetic sensor 143, and the gyro sensor 141, the geomagnetic sensor ( 143), through the impact sensor 144 and the microphone 145, it is possible to determine the quality of the casting operation through the posture, motion, and acceleration of the practice fishing rod 230. Here, the artificial intelligence evaluation unit 160 is in order to add or subtract the flying distance at a set ratio according to the magnitude of the changing acceleration in the slope angle section of the practice fishing rod 230 in the casting process of the practice fishing rod 230, for example, a practice fishing rod When the acceleration has a negative value, decreases with a set acceleration, or has an impact amount set through the impact sensor 144 within the range of 40-50 degrees with respect to the horizontal plane, the practice fishing rod 230 is cut off It can be calculated that the flying distance rises within the range of 10 to 40%, and not limited to this, the conditions for the increase or decrease of the flying distance and the increase or decrease rate can be determined experimentally by consulting an experienced expert or by an experienced expert. . In addition, the posture, motion, and quality of the casting motion of the practice fishing rod 230 can be determined based on the values measured through the casting motion detection unit 140 through an experienced expert. The class corresponding to the class and the class corresponding to the subordinate can also be determined by dividing it into a certain range. On the other hand, the microphone 145 may collect sound generated by resistance to air when casting with the training fishing rod 230, and may be used to determine whether the casting operation is good or bad according to the pitch of the sound.

The artificial intelligence evaluation unit 160 controls to select any one of a plurality of fish species and a plurality of casting types by manipulation of the operation unit 130, and receives casting operation data provided from the casting operation detection unit 140, Using the data for evaluating the casting operation for each fish species and casting type provided from the memory unit 150, whether the casting operation of the training fishing rod 230 corresponds to the fish species or casting type selected by the operation unit 130 Can be determined. Here, the fish species may include, for example, lure, rockfish, hot air, and various fish species with different casting methods. Casting types may be, for example, overhead casting, side casting, flip casting, pitching, skipping, and the like. On the other hand, in the present invention, if there is no specific mention of the casting method, it may mean overhead casting.

The communication unit 170 performs communication with an external terminal 400. For this, various wireless communication methods including Wi-Fi, 2G, 3G, 4G, and 5G may be applied.

The controller 180 controls the flying distance calculated by the artificial intelligence evaluation unit 160 and the evaluated result to be displayed through the display unit 120 and controls to be provided to the terminal 400 through the communication unit 170. Meanwhile, the main body 230 may further include a speaker 220 for outputting an effect sound. When it is determined that the casting operation is performed through the casting operation detection unit 140, the controller 180 controls the speaker 220. Through this, a sound generated when the reel is released may be output through the speaker 220 as a sound effect. These sound effects may be stored in the memory unit 150 and provided at the request of the controller 180.

The power supply unit 190 is to provide power required for operation, for example, a battery that is detachably installed in an internal space that is opened and closed through a cover on the main body 110, or is installed in the main body 110 to supply external power through a connector. It may be made of a charger that is received and charged by a charging circuit unit provided in the controller 180.

The artificial intelligent fishing rod casting indoor training apparatus 100 according to an embodiment of the present invention receives the casting motion data provided from the casting motion detection unit 140, and the casting operation of the training fishing rod 230 is performed using a machine learning algorithm. , Compared with the characteristic casting operation of each of a plurality of fish species and a plurality of casting types, the machine learning judgment unit 210 that determines which of the plurality of fish species and a plurality of casting types corresponds to the casting operation of the practice fishing rod 230 It may further include. In order to determine the type of casting and the corresponding fish species by the machine learning determination unit 210, data indicating the characteristics of the casting operation for each type of casting and the characteristics of the casting operation for each type of fish can be provided to the machine learning determination unit 210. , The machine learning determination unit 210 uses a preset machine learning algorithm that targets the characteristics of the user's casting operation, and is dependent on the characteristics of the casting operation, the characteristics of the casting operation for each type of casting, and the characteristics of the casting operation for each type of fish. By detecting the mapping relationship and learning the pattern model for each feature of the user's casting operation from a plurality of given data and mapping relationships, the above determination can be made, but not limited thereto, Of course, selective application and known judgment methods can be used.

The artificial intelligence evaluation unit 160 receives the casting motion data provided from the casting motion detection unit 140, and uses the data for evaluating the casting motion for each fish species and casting type provided from the memory unit 150, It is possible to determine whether the casting operation of 230 corresponds to a fish species or a casting type selected by the operation unit. Here, the good or bad determination can be performed by acquiring the measured values of the casting motion detection unit 140 according to the casting method for each fish type by an experienced expert, and determining good or bad based on this, for example, ± 10% of these measured values. By setting a range by each, a grade for good or bad can be determined, and this is not necessarily limited, and may be determined differently.

1 and 3, the practice fishing rod 230 may further include a fishing line unwinding effect unit 240 provided to have an effect of unwinding the fishing line when casting to the practice fishing rod 230. The fishing line unwinding effect unit 240 is fixed with brackets 241 at both ends of the practice fishing rod 230, as in this embodiment, so that it is installed parallel to the practice fishing rod 230, and the sliding time is reduced by expansion of the path. The guide 242 is provided in the form of a coil to delay the guide 242 and the guide 242 is installed to slide along the guide 242, and the curvature expansion hole 244 is formed to expand the diameter while forming a curvature toward both sides. By being installed so as to penetrate, it may include a slider 243 that slides along the guide 242 to provide an effect of loosening the fishing line. The curvature forming the coil shape of the guide 242 may be made within a range allowing the slider 243 to move, which is a curvature expansion hole formed to easily accommodate the curvature of the guide 242 in the slider 243 ( 244) can be taken into account.

2 is a block diagram showing an artificial intelligent fishing rod casting indoor training apparatus and a casting practice platform used therein according to an embodiment of the present invention.

Referring to Figure 2, the casting exercise platform 300 used for the artificial intelligent fishing rod casting indoor exercise device according to another embodiment of the present invention is an artificial intelligent fishing rod casting indoor exercise device 100 according to an embodiment of the present invention described above. ), as a system used in, may include a service server 310, a calibration unit 320, a mission content providing unit 330 and a database unit 340, and further include a rank calculation recording unit 350. I can.

The service server 310 is an artificial intelligent fishing rod casting indoor training device 100 connected through a communication network, and the data on the casting motion detected from the casting motion detection unit 140 and the result evaluated by the artificial intelligence evaluation unit 160 Is provided, and the user's terminal 400 accesses through a communication network to provide a service related to casting practice.

The service server 310 may provide a web page for connecting the artificial intelligent fishing rod casting indoor exercise device 100 and the terminal 400 to access, and the identification information and terminal 400 of the artificial intelligent fishing rod casting indoor exercise device 100 Through the information for matching of the artificial intelligent fishing rod casting indoor exercise device 100 provided from), the artificial intelligent fishing rod casting indoor exercise device 100 and the terminal 400 can be matched to share or use information between each other. have. When accessing the terminal 400, the service server 310 can perform a procedure for identity authentication. For this purpose, it is possible to set an ID and password, or perform various identity authentication procedures including credit cards and mobile phones. Can be done.

The correction unit 320 provides a guide necessary for correcting the casting posture to the terminal 400 from the result evaluated by the service server 310. That is, the correction unit 320 is a change in acceleration according to the angle, front and rear slope of the training fishing rod 230 to compensate for improving the casting ability of the user, the amount of impact, the location of the cut, etc. The timing of the placement can be guided to the terminal 400 by text or voice, and, if necessary, through the display unit 120 of the artificial intelligent fishing rod casting indoor training device 100, it can be guided by text or the like. On the other hand, the terminal 400 may be a smartphone or a tablet PC, a PC or a notebook, etc., but is not limited thereto, and various information that operates by driving a program or application and transmits and receives data through communication with an external device. It may include processing and communication devices. In addition, the terminal 400 may install an application or program separately provided in order to receive the service provided by the present invention.

The mission content providing unit 330 may provide the terminal 400 with mission content of an image or video that can be followed for correcting the posture of the correction unit 320. The mission content providing unit 330 extracts an image or video matching the posture correction presented by the correction unit 320 from among a number of images or videos that are helpful according to the posture correction object and method of the correction unit 320 It can be provided to the terminal 400.

The database unit 340 stores data provided from the artificial intelligent fishing rod casting indoor training apparatus 100 connected to the service server 310 and user information provided from the terminal 400, and the correction unit 320 Guidance data to be provided and mission content to be provided by the mission content providing unit 330 may be stored, and in addition, various data and programs required for providing casting practice services may be stored.

The rank record calculation unit 350 receives the data on the casting operation and the evaluated result provided from the service server 310, converts it into a score, and converts all members, regions, or within a meeting requested from the user's terminal 400 The ranking may be provided based on the score, and the user's score or ranking may be stored in the database unit 340.

The rank recording calculation unit 350 divides a number of grades from reference values such as, for example, when casting, the front and rear and left and right inclinations of the practice fishing rod 230, acceleration, acceleration change or amount of impact in a specific casting section, and when to place the fishing line, By assigning a score for each grade, it is converted into a score, and of course, this score conversion can be determined in various ways through advice from a fishing expert. In addition, the rank record calculation unit 350 calculates the score when casting members registered in the service server 310, and casts members through the terminal 400 in the entire, a specific region, a meeting of specific members who have consented. Scores may be ranked and provided to the terminal 400 upon request.

According to the artificial intelligent fishing rod casting indoor training device according to the present invention and the casting practice platform used therein, the casting practice is conveniently performed using a training fishing rod indoors, thereby giving beginners an opportunity to practice fishing skills. In addition to providing, even a skilled person can help to further improve their skills.

In addition, according to the present invention, it is possible to intuitively and easily check whether the practice is properly performed, improve the practice efficiency, and increase the motivation to practice through competition with other users.

As described above, the present invention has been described with reference to the accompanying drawings, but, of course, various modifications and variations can be made without departing from the technical spirit of the present invention. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be defined by the claims and equivalents as well as the claims to be described later.

110: main body 111: clamp
112: bolted portion 120: display portion
130: operation unit 140: casting motion detection unit
141: gyro sensor 142: acceleration sensor
143: geomagnetic sensor 144: impact sensor
145: microphone 150: memory unit
160: artificial intelligence evaluation unit 170: communication department
180: control unit 190: power supply unit
210: machine learning judgment unit 220: speaker
230: practice fishing rod 231: handle
240: fishing line loosening effect part 241: bracket
242: guide 243: slider
244: curvature expansion hole 310: service server
320: calibration unit 330: mission content providing unit
340: rank calculation record unit 350: database unit
400: terminal

Claims (7)

Practice fishing rod made of a length member for casting practice;
A main body provided on the practice fishing rod;
A display unit provided on the main body to be identifiable from the outside;
A manipulation unit provided on the main body to select an operation by manipulation;
A casting motion detection unit that detects the angle and acceleration of the practice fishing rod and obtains data on the casting motion;
A memory unit for storing data and evaluation results necessary for calculating a flying distance from the casting operation and evaluating the casting operation;
An artificial intelligence evaluation unit that calculates a flying distance using data stored in the memory unit from data on the casting operation sensed by the casting operation detection unit and evaluates the casting operation;
A communication unit for performing communication with an external terminal;
A control unit configured to control the flying distance calculated by the artificial intelligence evaluation unit and the evaluated result to be displayed through the display unit and to provide it to the terminal through the communication unit; And
A power supply unit providing power required for operation;
Including, artificial intelligent fishing rod casting indoor exercise device. The method according to claim 1,
Further comprising a speaker for outputting a sound effect,
The casting motion detection unit,
A gyro sensor for sensing the rotational angular velocity of the practice fishing rod;
An acceleration sensor for sensing the acceleration of the practice fishing rod;
A geomagnetic sensor that senses a geomagnetism during the casting operation of the practice fishing rod;
Impact sensor for sensing the amount of impact applied to the practice fishing rod; And
Includes; a microphone to receive audio around the practice fishing rod,
The artificial intelligence evaluation unit,
Calculate a flying distance according to the acceleration of the practice fishing rod obtained from the gyro sensor and the acceleration sensor, but the ratio set in accordance with the magnitude of the changing acceleration in the tilt angle section of the practice fishing rod in the casting process of the practice fishing rod And, through the geomagnetic sensor, the casting direction of the practice fishing rod is calculated, and through the gyro sensor, the geomagnetic sensor, the impact sensor, and the microphone, the casting operation is performed through the attitude, motion, and acceleration of the practice fishing rod. Judge good and bad,
The control unit,
When it is determined that the casting operation is through the casting motion detection unit, the sound generated when the reel is released through the speaker is output through the speaker as a sound effect, artificial intelligent fishing rod casting indoor exercise device. The method according to claim 1,
The artificial intelligence evaluation unit,
Controlling to select any one of a plurality of fish species and a plurality of casting types by operation of the manipulation unit, receiving the casting operation data provided from the casting motion detection unit, and casting by fish species and casting types provided from the memory unit An artificial intelligent fishing rod casting indoor exercise device for determining whether the casting operation of the practice fishing rod corresponds to a fish species or a casting type selected by the operation unit by using data for evaluation of the motion. The method according to claim 1,
By receiving the casting motion data provided from the casting motion detection unit, the casting motion of the training fishing rod is compared with the characteristic casting motion of each of a plurality of fish species and a plurality of casting types using a machine learning algorithm, and the practice Further comprising a machine learning judgment unit for determining which of the plurality of fish species and the plurality of casting types corresponds to the casting operation of the fishing rod,
The artificial intelligence evaluation unit,
The casting operation data provided from the casting motion detection unit is received, and the casting operation of the training fishing rod is selected by the operation unit using the data for evaluation of the casting operation for each type of fish and casting type provided from the memory unit. An artificial intelligent fishing rod casting indoor practice device that allows you to determine whether it corresponds to a fish species or casting type. The method according to claim 1,
Further comprising a fishing line unwinding effect part provided to have an unwinding effect of the fishing line when casting with the practice fishing rod,
The fishing line loosening effect part,
A guide fixed to both ends of the practice fishing rod with brackets, installed parallel to the practice fishing rod, and formed in a coil shape to delay the sliding time by extending the path; And
It is installed to slide along the guide, and the guide is installed to pass through the curvature expansion hole formed so that the diameter expands while forming a curvature toward both sides, thereby providing a loosening effect of the fishing line by sliding along the guide. Slider;
Including, artificial intelligent fishing rod casting indoor exercise device. As a system used for the artificial intelligent fishing rod casting indoor exercise device according to any one of claims 1 to 5,
The artificial intelligent fishing rod casting indoor exercise device is connected through a communication network to receive data on the casting motion detected by the casting motion detection unit and the result evaluated by the artificial intelligence evaluation unit, and the user's terminal is provided through the communication network. A service server that accesses and provides a service related to casting practice;
A correction unit for providing the terminal with guidance necessary for correcting the casting posture from the evaluation result from the service server;
A mission content providing unit providing mission content of an image or video that can be followed for correcting the posture of the correction unit to the terminal; And
Data provided from the artificial intelligent fishing rod casting indoor exercise device connected to the service server and user information provided from the terminal are stored, and guidance data to be provided by the correction unit and the mission content providing unit are provided. A database unit for storing mission content to be created;
Including, an artificial intelligent fishing rod casting exercise platform used in the indoor exercise device. The method of claim 6,
Receives the data on the casting operation and the evaluated result provided from the service server, converts it into a score, and provides a ranking for all members, regions or meetings requested from the user's terminal based on the score, and the Casting practice platform used in the artificial intelligent fishing rod casting indoor practice device further comprising a rank record calculation unit to be stored in the database unit.

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