Entertainment method based on AI intelligent golf system

Abstract

The invention discloses an entertainment method based on an AI intelligent golf club system, the AI intelligent golf club system comprises a golf club, a golf ball, AI glasses, a mobile terminal and a cloud server, the AI glasses are provided with a visual camera, and the mobile terminal is provided with an interactive APP; the entertainment method comprises the steps that a user selects a ball hitting scene through an interactive APP and displays the ball hitting scene through AI glasses; a user wears AI glasses and hits a ball based on a ball hitting scene displayed in the AI glasses, and actual flight data and an implementation flight trajectory of a golf ball are captured and acquired through the AI glasses and then sent to a mobile terminal; the mobile terminal receives the actual flight data and the swing data, calculates a simulated flight trajectory of the ball, combines the simulated flight trajectory with a ball hitting scene and sends the combined simulated flight trajectory to the AI glasses for display; the mobile terminal receives the actual flight trajectory, combines the actual flight trajectory with the ball hitting scene and sends to the AI glasses for display. The training effect can be improved; and the interestingness and the sociability of the golf ball are improved.

Description

Technical Field

[0001] The present application relates to the field of golf technology, and in particular to an entertainment method based on an AI intelligent golf equipment system. Background Art

[0002] Unlike table tennis, badminton and tennis, which are relatively easy to learn, golf has a very small force-bearing area on the face of a golf club and very high requirements for movement. A slight change in movement will lead to a large deviation in the effect of the shot. Only a large amount of movement training on the golf course can improve athletic performance. Participants need to bear high costs to practice, which limits the promotion of golf. It takes at least 3 months to improve golf skills. When participants practice golf independently, there is a lack of effective supervision and feedback, which makes the practice process boring. At present, the cost of golf participants (economic cost and time cost) is relatively high, which is not convenient for the general public. Golf is in urgent need of a method that is not restricted by venue and time, greatly reduces the cost of playing, and is convenient for young people to participate in and use, so that golf can enter our daily life. Summary of the invention

[0003] The present invention aims to solve at least one of the technical problems existing in the prior art. To this end, the present invention proposes an entertainment method based on an AI smart golf club system, and the technical solution adopted includes:

[0004] An entertainment method based on an AI smart golf equipment system, the AI ​​smart golf equipment system includes a golf club, a golf ball, and AI glasses;

[0005] The AI ​​glasses are equipped with a visual camera and communicate wirelessly with a mobile terminal;

[0006] The mobile terminal is equipped with an interactive APP and wirelessly communicates with the golf club and the cloud server respectively; the entertainment method includes:

[0007] The user selects the shot scene through the interactive APP and displays it through AI glasses; the shot scenes include but are not limited to sand pits, water holes, greens, uphill and downhill;

[0008] The user wears the AI ​​glasses and hits the ball based on the hitting scene displayed in the AI ​​glasses; the sensor module on the golf club collects the user's swing data and sends it to the mobile terminal, the swing data including the swing speed and the hitting position on the striking surface;

[0009] The actual flight data and flight trajectory of the golf ball are captured by AI glasses and sent to the mobile terminal. The flight data includes ball speed, take-off angle, azimuth, rotation, rotation axis inclination, reverse spin speed, and side spin speed.

[0010] The mobile terminal calculates the simulated flight trajectory of the ball based on the actual flight data and swing data of the golf ball received, combines it with the shot scene, and then sends it to the AI ​​glasses for display;

[0011] The mobile terminal combines the actual flight trajectory of the golf ball received with the hitting scene and sends it to the AI ​​glasses for display.

[0012] A technical solution adopted by an embodiment of the present invention to solve its technical problem is: the user selects a batting scene through an interactive APP and invites a batter and / or a spectator to create a simulated court. The interactive APP uploads the created simulated court to the cloud server. After other batters and / or spectators join the simulated court through the interactive APP, the cloud server displays the selected batting scene to all AI glasses that have joined the simulated court through the interactive APP. The batters in the simulated court play the ball in turn, and after each batter hits the ball, the batter's mobile terminal uploads the received swing data, flight data, simulated flight trajectory and actual flight trajectory to the cloud server. The cloud server displays the current batter's swing data, flight data, simulated flight trajectory and actual flight trajectory to all AI glasses that have joined the simulated court.

[0013] A technical solution adopted by an embodiment of the present invention to solve its technical problem is: each of the AI ​​glasses is also equipped with a microphone, so that all users in the simulated stadium can communicate by voice through the AI ​​glasses.

[0014] A technical solution adopted by an embodiment of the present invention to solve its technical problem is: scoring rules are preset in the interactive APP according to the current batting scene, and the interactive APP scores according to the preset scoring rules based on the received swing data, flight data, simulated flight trajectory and actual flight trajectory.

[0015] A technical solution adopted by an embodiment of the present invention to solve its technical problem is: the mobile terminal is also used to obtain the environmental conditions of the batsman and send them to the AI ​​glasses for display, the environmental conditions include location and weather, and the interactive APP scores according to preset scoring rules based on the received swing data, flight data, simulated flight trajectory, actual flight trajectory and environmental conditions.

[0016] An embodiment of the present invention solves the technical problem by adopting a technical solution as follows: after the user hits the ball, the interactive APP uploads the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results to the cloud server based on the user's instruction to create a challenge, and the cloud server creates a challenge based on the received user's hitting scene, swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results;

[0017] At least one user can query the challenge activity created on the cloud server through the interactive APP and choose to participate in the challenge activity. The user's interactive APP enters the challenge mode in response to the challenge instruction. In the challenge mode, the user's interactive APP sends the challenged batting scene to the AI ​​glasses and displays it. After the user bats the ball in the same batting scene, the cloud server obtains the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results through the mobile terminal and compares them with the scoring results of the challenged batting, outputs the challenge results and sends them to the mobile terminal and AI glasses, and exits the challenge mode.

[0018] A technical solution adopted by an embodiment of the present invention to solve its technical problem is: the cloud server is also equipped with a storage unit. After the mobile terminal establishes communication with the cloud server, the mobile terminal sends the user ID and the user's swing data, flight data, simulated flight trajectory, actual flight trajectory and scoring results to the storage unit for storage. The user can query the historical hitting data in the storage unit through the mobile terminal.

[0019] The technical solution adopted by an embodiment of the present invention to solve its technical problem is: the cloud server counts the total number of challenges, the total number of successful challenges and the total number of failed challenges for each challenge activity, and sorts all challenge activities in the order of gradually increasing or decreasing total number of challenges, total number of successful challenges or total number of failed challenges according to user selection for user query.

[0020] An embodiment of the present invention adopts a technical solution to solve the technical problem as follows: in the challenge mode, the user has two or more times of batting challenges. After each batting, the cloud server obtains the scoring result of the user's batting through the mobile terminal and compares it with the scoring result of the challenged batting. If the score of the user's batting is lower than the score of the challenged batting, the next batting challenge is continued until the number of batting challenges of the user is exhausted, then "challenge failed" is output and sent to the mobile terminal for display, and the challenge mode is exited;

[0021] If the score of the user's shot is higher than the score of the challenged shot, "Challenge Success" is output and sent to the mobile terminal for display, and the challenge mode is exited.

[0022] Beneficial effects of the present invention:

[0023] This application combines the sport of golf with AI glasses. With the help of AI glasses, the swing data and the flight data of the golf ball are fed back, so that the batter can clearly and intuitively see the various data at the moment of hitting the ball. At the same time, the simulated flight trajectory and the actual flight trajectory are displayed, which helps the golfer to adjust the hitting strategy in time instead of the coach and improve the training effect. Through the real sport of actual playing, the participants have a good practical experience, get the combination of physical exercise and technology, and attract a large number of young people to participate.

[0024] This application uses AI glasses to display the batting scene, breaking the limitations of golf courses and allowing golfers to play golf in any open venue. It opens up a new route for golf, greatly expands the boundaries and audience of golf, and is conducive to the popularization of golf.

[0025] The golf ball is made of degradable materials and can be played at any place outdoors, thus avoiding the inconvenience of recovering the ball.

[0026] A social and competitive simulated golf course is built based on cloud servers, providing golfers with a broad interactive and competitive space. Golfers can initiate challenges based on their shot scores, attracting golfers from the entire network to participate in the challenge, so that golfers can form effective supervision and feedback on themselves based on netizens' shot challenges during training and practice; golfers can also compare and exchange golf skills in different locations, which increases the fun and social nature of golf. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] The above and / or additional aspects and advantages of the present invention will become apparent and easily understood from the description of the embodiments in conjunction with the following drawings, in which:

[0028] Figure 1 This is a schematic diagram of the composition of the entertainment method based on the AI ​​smart golf club system described in an embodiment of the present application. DETAILED DESCRIPTION

[0029] This section will describe in detail the specific embodiments of the present invention. The preferred embodiments of the present invention are shown in the accompanying drawings. The purpose of the accompanying drawings is to supplement the description of the text part of the specification with graphics, so that people can intuitively and vividly understand each technical feature and the overall technical solution of the present invention, but it cannot be understood as a limitation on the scope of protection of the present invention.

[0030] In the description of the present invention, the meaning of "above", "below", "exceed", etc. is not inclusive of the number itself, and the meaning of "above", "below", "within", etc. is inclusive of the number itself. If there is a description of "first" or "second", it is only used to distinguish the technical features, and cannot be understood as indicating or implying the relative importance or implicitly indicating the number of the indicated technical features or implicitly indicating the order of the indicated technical features.

[0031] In the description of the present invention, it should be understood that descriptions involving orientations, such as up, down, front, back, left, right, etc., and orientations or positional relationships indicated are based on the orientations or positional relationships shown in the accompanying drawings, and are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore should not be understood as a limitation on the present invention.

[0032] In the present invention, unless otherwise clearly defined, the words "set", "install", "connect" and the like should be understood in a broad sense, for example, they can be directly connected or indirectly connected through an intermediate medium; they can be fixedly connected or detachably connected or integrally formed; they can be mechanically connected; they can be the internal connection of two elements or the interaction relationship between two elements. Those skilled in the art can reasonably determine the specific meanings of the above words in the present invention in combination with the specific content of the technical solution.

[0033] Reference Figure 1 , an embodiment of the present application is proposed, the AI ​​smart golf equipment system includes a golf club, a golf ball, and AI glasses;

[0034] The AI ​​glasses are equipped with a visual camera and communicate wirelessly with a mobile terminal;

[0035] The mobile terminal is equipped with an interactive APP and is in wireless communication with the golf club and the cloud server respectively;

[0036] Recreation methods include:

[0037] The user selects the shot scene through the interactive APP and displays it through AI glasses; the shot scenes include but are not limited to sand pits, water holes, greens, uphill and downhill;

[0038] The user wears the AI ​​glasses and hits the ball based on the hitting scene displayed in the AI ​​glasses; the sensor module on the golf club collects the user's swing data and sends it to the mobile terminal, the swing data including the swing speed and the hitting position on the striking surface;

[0039] The actual flight data and flight trajectory of the golf ball are captured by AI glasses and sent to the mobile terminal. The flight data includes ball speed, take-off angle, azimuth, rotation, rotation axis inclination, reverse spin speed, and side spin speed.

[0040] The mobile terminal calculates the simulated flight trajectory of the ball based on the actual flight data and swing data of the golf ball received, combines it with the shot scene, and then sends it to the AI ​​glasses for display;

[0041] The mobile terminal combines the actual flight trajectory of the golf ball received with the batting scene and sends it to the AI ​​glasses for display, so that the batter can adjust the batting strategy in time according to the actual environment of the AI ​​glasses.

[0042] In this embodiment, the actual flight condition of the golf ball is observed and detected by AI glasses as the flight data of the golf ball, including ball speed, take-off angle, azimuth, total rotation, rotation axis inclination, backspin speed, and side spin speed; the ball speed is the speed of the ball just leaving the face of the golf club; the azimuth is the take-off direction of the golf ball, that is, the flight angle of the ball on the horizontal plane at the moment of take-off; the total rotation is the rotation generated when the ball is hit, including backspin and side spin.

[0043] Smart golf clubs are made of environmentally friendly materials. Since golf is played outdoors anywhere, golf balls are made of degradable materials. The balls are degradable in nature and do not need to be recycled. For example, golf balls are made of biodegradable materials and can be degraded in 3 months to 1 year. The use of degradable technology is convenient for playing golf, entertainment, and physical exercise in any place outdoors.

[0044] In this embodiment, the golf club swing data and multi-dimensional data of the actual flight trajectory of the golf ball are collected, and the collected information is sent to the mobile terminal, and then displayed through AI glasses and fed back to the shooter in real time. At this time, the shooter can train his own playing skills and swing accuracy through the simulated flight trajectory of the ball;

[0045] In this embodiment, the sensor module includes a position sensor and a speed sensor built into the golf club. The position sensor is arranged on the hitting surface of the golf club to detect the hitting position of the hitting surface of the golf club, and the speed sensor is used to detect the swing speed of the golf club.

[0046] After the user completes the current shot, the mobile terminal calculates the simulated flight trajectory of the golf ball based on the received swing data and flight data; and after capturing the actual flight trajectory of the hit golf ball through a visual camera, the simulated flight trajectory and the actual flight trajectory are displayed in the shot scene.

[0047] When the user hits the golf ball, the flight trajectory of the golf ball will be affected by the weather and altitude of the area where the golf ball is located, resulting in a deviation between the simulated flight trajectory calculated based on the swing data and flight data and the actual flight trajectory. The present application captures the actual flight trajectory of the golf ball through AI glasses and displays it on the AI ​​glasses, so that the hitter can clearly and intuitively see the various data at the moment of hitting the ball, and can also enable the hitter to adjust the hitting strategy in time according to the hitting position on the hitting surface, the swing speed, and the deviation between the simulated flight trajectory and the actual flight trajectory, so that the hitter can adjust the hitting strategy in time according to the actual environment.

[0048] The hitter can select and display the hitting scene through AI glasses, breaking the restrictions of the golf course and allowing golfers to play golf in any open location. This opens up new routes for golf, greatly expands the boundaries and audience of golf, and is conducive to the popularization of golf.

[0049] Based on the above content, further, the user selects a batting scene through the interactive APP and invites batters and / or bystanders to create a simulated stadium. The interactive APP uploads the created simulated stadium to the cloud server. After other batters and / or bystanders join the simulated stadium through the interactive APP, the cloud server displays the selected batting scene to all AI glasses that have joined the simulated stadium through the interactive APP. The batters in the simulated stadium hit the ball in turn, and after each batter hits the ball, the batter's mobile terminal uploads the received swing data, flight data, simulated flight trajectory and actual flight trajectory to the cloud server. The cloud server displays the current batter's swing data, flight data, simulated flight trajectory and actual flight trajectory to all AI glasses that have joined the simulated stadium.

[0050] After the user enters the simulated court, the identities of all users in the simulated court can be switched between "spectator" and "batter". "Spectator" does not participate in batting, while "batter" participates in batting. The swing data, flight data, simulated flight trajectory and actual flight trajectory of each batter will be displayed to the AI ​​glasses of all batters and spectators who have joined the simulated court. In this embodiment, "spectator" and "batter" can exist separately or together, that is, "spectator" and "batter" can be zero or both non-zero.

[0051] It enables several golfers to play golf in different places at the same time based on the interactive APP. The hitting data, simulated flight trajectory and actual flight trajectory of each golfer after hitting the ball can be viewed in real time by the people playing together. Golfers can also compare and exchange golf skills in different places, which increases the fun and social nature of golf.

[0052] Furthermore, each of the AI ​​glasses is also equipped with a microphone, so that all users in the simulated stadium can communicate by voice and perceive the environment through the AI ​​glasses.

[0053] In this embodiment, scoring rules are preset in the interactive APP according to the current batting scene. The interactive APP scores according to the preset scoring rules based on the received swing data, flight data, simulated flight trajectory and actual flight trajectory.

[0054] The mobile terminal is also used to obtain the environmental conditions of the batter and send them to the AI ​​glasses for display. The environmental conditions include location and weather. The interactive APP scores according to preset scoring rules based on the received swing data, flight data, simulated flight trajectory, actual flight trajectory and environmental conditions.

[0055] The positioning information includes longitude and latitude and altitude. The altitude position will affect the hitting effect of golf shots. For example, for every 0 meters increase in altitude, the hitting distance will increase by about 1 yard. The cloud server obtains weather information at the location of the shot through the positioning information of the AI ​​glasses. The weather information includes information such as temperature, humidity, air pressure, rainfall, wind force and wind direction. The weather will affect the hitting effect of golf shots. For example, when the temperature changes by one degree, the flight distance of the tee will decrease (or increase) by 2.5 yards; increased humidity will increase the air density, thereby increasing air resistance, resulting in a shorter flight distance of the golf ball; rainfall will shorten the flight distance of the golf ball by 3 to 5 yards. The AI ​​glasses obtain weather information and altitude information and display them on the AI ​​glasses, so that golfers can adjust their hitting strategies in time according to the weather and altitude position, which is beneficial to the training of the hitters.

[0056] Specifically, the AI ​​glasses are AI glasses. After the batsman finishes hitting the ball, he can put on the AI ​​glasses to directly obtain various data at the moment of hitting the ball, and the AI ​​glasses are easy to carry.

[0057] After the user completes the scoring of the shot, the interactive APP uploads the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results to the cloud server based on the user's instruction to create a challenge. The cloud server creates a challenge based on the received user's shot scene, swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results;

[0058] At least one user can query the challenge activity created on the cloud server through the interactive APP and choose to participate in the challenge activity. The user's interactive APP enters the challenge mode in response to the challenge instruction. In the challenge mode, the user's interactive APP sends the challenged batting scene to the AI ​​glasses and displays it. After the user bats in the same batting scene, the cloud server obtains the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results through the mobile terminal and compares them with the scoring results of the challenged batting, outputs the challenge results and sends them to the mobile terminal, and exits the challenge mode.

[0059] Users can upload their batting data based on their current batting performance and create a challenge activity with the current batting data;

[0060] When a user selects a challenge activity to challenge, if the score of the challenged shot is higher than or equal to the score of the user's current shot, the comparison result is a challenge failure; if the score of the challenged shot is lower than the score of the user's current shot data, the comparison result is a challenge success. After the scoring is completed, the cloud server outputs the challenge result and sends it to the mobile terminal and AI glasses for display, and exits the challenge mode.

[0061] The cloud server is also equipped with a storage unit. After the mobile terminal establishes communication with the cloud server, the mobile terminal sends the user ID and the user's swing data, flight data, simulated flight trajectory, actual flight trajectory and scoring results to the storage unit for storage. The user can query the historical batting data in the storage unit through the mobile terminal.

[0062] The cloud server counts the total number of challenges, the total number of successful challenges, and the total number of failed challenges for each challenge activity, and sorts all challenge activities in the order of gradually increasing or decreasing total number of challenges, total number of successful challenges, or total number of failed challenges based on user selection for user query.

[0063] In the challenge mode, the user can challenge the ball two or more times. After each hit, the cloud server obtains the score of the user's hit through the mobile terminal and compares it with the score of the challenged hit. If the score of the user's hit is lower than the score of the challenged hit, the next hit will be challenged. Until the number of hits the user has been exhausted, the cloud server will output "Challenge Failed" and send it to the mobile terminal for display, and then exit the challenge mode.

[0064] If the score of the user's shot is higher than the score of the challenged shot, "Challenge Success" is output and sent to the mobile terminal for display, and the challenge mode is exited.

[0065] Of course, the present invention is not limited to the above-mentioned embodiments, and those skilled in the art may make equivalent modifications or substitutions without violating the spirit of the present invention. These equivalent modifications and substitutions are all included in the scope defined by the claims of this application.

Claims

1. An entertainment method based on an AI intelligent golf club system, characterized in that: The AI ​​smart golf equipment system includes golf clubs, golf balls, and AI glasses; The AI ​​glasses are equipped with a visual camera and communicate wirelessly with a mobile terminal; The mobile terminal is equipped with an interactive APP and wirelessly communicates with the golf club and the cloud server respectively; the entertainment method includes: The user selects the shot scene through the interactive APP and displays it through AI glasses; the shot scenes include but are not limited to sand pits, water holes, greens, uphill and downhill; The user wears the AI ​​glasses and hits the ball based on the hitting scene displayed in the AI ​​glasses; the sensor module on the golf club collects the user's swing data and sends it to the mobile terminal, the swing data including the swing speed and the hitting position on the striking surface; The actual flight data and flight trajectory of the golf ball are captured by AI glasses and sent to the mobile terminal. The flight data includes ball speed, take-off angle, azimuth, rotation, rotation axis inclination, reverse spin speed, and side spin speed. The mobile terminal calculates the simulated flight trajectory of the ball based on the actual flight data and swing data of the golf ball received, combines it with the shot scene, and then sends it to the AI ​​glasses for display; The mobile terminal combines the actual flight trajectory of the golf ball received with the hitting scene and sends it to the AI ​​glasses for display.

2. The entertainment method based on the AI ​​smart golf club system according to claim 1, characterized in that: The user selects a batting scene through the interactive APP and invites batters and / or spectators to create a simulated court. The interactive APP uploads the created simulated court to the cloud server. After other batters and / or spectators join the simulated court through the interactive APP, the cloud server displays the selected batting scene to all AI glasses that have joined the simulated court through the interactive APP. The batters in the simulated court play the ball in turn, and after each batter hits the ball, the batter's mobile terminal uploads the received swing data, flight data, simulated flight trajectory and actual flight trajectory to the cloud server. The cloud server displays the current batter's swing data, flight data, simulated flight trajectory and actual flight trajectory to all AI glasses that have joined the simulated court.

3. The entertainment method based on the AI ​​intelligent golf club system according to claim 2, characterized in that: Each of the AI ​​glasses is also equipped with a microphone, so that all users in the simulated stadium can communicate through voice through the AI ​​glasses.

4. The entertainment method based on the AI ​​smart golf club system according to claim 1, characterized in that: The interactive APP has preset scoring rules according to the current batting scene. The interactive APP scores according to the preset scoring rules based on the received swing data, flight data, simulated flight trajectory and actual flight trajectory.

5. The entertainment method based on the AI ​​intelligent golf club system according to claim 4, characterized in that: The mobile terminal is also used to obtain the environmental conditions of the batter and send them to the AI ​​glasses for display. The environmental conditions include location and weather. The interactive APP scores according to preset scoring rules based on the received swing data, flight data, simulated flight trajectory, actual flight trajectory and environmental conditions.

6. The entertainment method based on the AI ​​intelligent golf club system according to claim 5, characterized in that: After the user hits the ball, the interactive APP uploads the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results to the cloud server based on the user's instruction to create a challenge, and the cloud server creates a challenge based on the received user's hitting scene, swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results; At least one user can query the challenge activity created on the cloud server through the interactive APP and choose to participate in the challenge activity. The user's interactive APP enters the challenge mode in response to the challenge instruction. In the challenge mode, the user's interactive APP sends the challenged batting scene to the AI ​​glasses and displays it. After the user bats the ball in the same batting scene, the cloud server obtains the user's swing data, flight data, simulated flight trajectory, actual flight trajectory, environmental conditions and scoring results through the mobile terminal and compares them with the scoring results of the challenged batting, outputs the challenge results and sends them to the mobile terminal and AI glasses, and exits the challenge mode.

7. The entertainment method based on the AI ​​smart golf club system according to claim 6, characterized in that: The cloud server is also equipped with a storage unit. After the mobile terminal establishes communication with the cloud server, the mobile terminal sends the user ID and the user's swing data, flight data, simulated flight trajectory, actual flight trajectory and scoring results to the storage unit for storage. The user can query the historical batting data in the storage unit through the mobile terminal.

8. The entertainment method based on the AI ​​smart golf club system according to claim 6, characterized in that: The cloud server counts the total number of challenges, the total number of successful challenges, and the total number of failed challenges for each challenge activity, and sorts all challenge activities in the order of gradually increasing or decreasing total number of challenges, total number of successful challenges, or total number of failed challenges based on user selection for user query.

9. The entertainment method based on the AI ​​smart golf club system according to claim 6, characterized in that: In the challenge mode, the user can challenge the ball two or more times. After each shot, the cloud server obtains the score of the user's shot through the mobile terminal and compares it with the score of the challenged shot. If the score of the user's shot is lower than the score of the challenged shot, the next shot challenge will be continued until the number of the user's shot challenges is exhausted. Then, "Challenge Failed" is output and sent to the mobile terminal for display, and the challenge mode is exited; If the score of the user's shot is higher than the score of the challenged shot, "Challenge successful" is output and sent to the mobile terminal for display, and the challenge mode is exited.

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